Not that I can agree with every new or old interpretation by others,
such these results from Venus Express are still developing and will
hopefully get further revised as time and resources make our
understanding better, with fewer preconceptions keeping us from
realizing the greater potential that such a nearby planet like Venus
has to offer.
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
Just because our government agencies and their mainstream media that
has to publish whatever is handed to them as is (or else), as well as
having to stick with whatever’s contained within those K12 textbooks
telling us that this extremely nearby planet Venus is simply too hot
for any kind of conventional Goldilocks life as we know it to survive,
at least presumably in the nude upon its hellish surface isn’t an
option, doesn’t mean that imported and/or custom engineered life
couldn’t technically manage, not to mention whatever the laws of
physics and applied technology could make Venus perfectly doable even
for the frail DNA/RNA and inferior physiology of us humans.
Gee whiz, why am I not the least bit surprised, that supposed wizards
of such all-knowing expertise like our peers and whatever authority
above them still can’t even manage to muster up any similar examples
of extremely rugged terrain on Earth that looks remotely as though it
were artificially created or even modified to suit, that is if you
know what I mean (which obviously most of you don’t). According to
our mainstream peers and perhaps even yourself plus many others of
your silly obfuscation and FUD-master worthy kind, there’s supposedly
only inert hot rock on Venus that’s entirely heated by a solar
greenhouse situation because, supposedly Venus is exactly the same age
and basic composition as Earth. However, it just so happens in this
instance to look as though Venus has at least one fairly complex
tarmac/airport situated rather boldly within a very mountainous
terrain, along with having that nifty nearby bridge and a community of
multiple high-rise geometries (large geometric structures), as well as
any number of nearby complex natural formations and seemingly active
dynamics taking place (at least within reservoirs plus the “fluid
arch”), that when taken as a group just so happens to be oddly
arranged as though offering a perfectly rational community like
infrastructure of viable logistics that even 5th graders could
recognize.
As far as having renewable energy goes, it seems the planet Venus has
us beat by a good thousand to one, and with such local renewable
energy abundance (much of it via direct geothermal, volcanic plus
atmospheric dynamic pressure and thermal differentials) plus there’s
no apparent shortages of raw elements (including H2, H2O and O2) is
where anyone half as smart as a 5th grader could manage to survive,
with loads of energy and local resources to spare. This is not to say
that any sort of naked and dumbfounded Goldilocks is ever going to be
a happy Venus camper, or that loads of pizza and ice cold beer
wouldn’t have to be imported from Earth. Also try keeping in mind
those terrific robust cloud layers are not made of crystal dry sulfur
dust (even ESA has had to revise their assessment to allowing 14
teratonnes as water, and my swag interpretation still has it pegged at
500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
Our extremely thin and low density atmosphere holds at least 50e12
tonnes of H2O (possibly with GW and AGW has that H2O saturated up to
100e12 tonnes).
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original because it’s entirely a product of the
original (nothing personal added or subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my interpretation of what the
image depicts is offering the best or only option.
First of all, I kind of doubt the surface is significantly cooler than
reported, however the most recent ESA data via their Venus EXPRESS
mission has been reveling considerable atmospheric thermal
differentials that haven't been reported and/or published by others as
having previously had essentially the same or better science data to
go by. Those polar surface temperatures could be considerably cooler
due to them strong atmospheric vortex considerations that's causing
such upper nighttime cryogenic atmosphere to draw substantial energy
away from the much hotter lower atmosphere and it’s geothermally
heated surface.
What we have here to look at and deductively interpret is simply a
fair number of unusually complex geometric patterns, of somewhat
unusually unified or associated pixels that don't seem to be of
entirely random geology happenstance. However, there are a number of
quite large and unusual items that should be considered as natural,
such as the "fluid arch" and perhaps even that extremely large clover
shaped reservoir could be considered as perfectly natural (even though
the geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat item situated
within that mountainous terrain simply isn't as likely to be formed by
natural geology we know of, nor is that highly unusual bridge item and
those multiple other large scale items of a nearby community of
geometric shapes and a their rational community like setting, of what
seems rather artificially structural and rational infrastructure
worthy is what should be closely reviewed by others to see if any or
all of those could have been formed by natural processes.
You folks must have at least as good if not a whole lot better image
processing expertise for this resampling/enlargement capability, so
please do share that better result with us, so that at least we can be
on the same page and not looking at entirely different areas. If you
need some assistance or advisements with selecting and/or utilizing a
photo enlarging process, I’ll gladly donate my time and resources free
of charge
If you should interpret this image as only containing perfectly
natural formations of greenhouse hot rock and depicting logical
patterns of erosion, then you must also have a number of reference
example images obtained of terrestrial geology recorded by similar
radar imaging resolution, by which that interpretation of seeing only
inert hot rock and natural erosion is based upon, and naturally we’d
like to have a look-see at whatever is within your observationology
frame of reference that gives you the necessary expertise, because you
can’t just be making stuff like that up in order to suit a given
opinion or policy.
If need be, ask others (5th graders if necessary) to see whatever they
can interpret.
Otherwise, go to BradGuth.blogspot and my Google document pages:
http://groups.google.com/group/guth-usenet?hl=en
http://bradguth.blogspot.com/
http://www.wanttoknow.info/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Jun 12, 7:39 pm, Brad Guth <bradg...@gmail.com> wrote:
> '''Guth Venus''' is a very small portion or selected tiny area of
> planet Venus that is actually quite similar to Earth in more ways than
> most of us would care to think about. It’s size, gravity, mountainous
> and canyon terrain and especially of its protective atmosphere are
> each necessary if any sufficiently advanced life is going exist or
> even temporarily coexist. However, on the surface (literally) it's
> not exactly naked human friendly or what you'd typically interpret as
> Goldilocks approved, even though it certainly has terrific diversity
> in geology and loads of dynamic energy and resource potential along
> with a full range of elements that cover most every imaginable kind,
> and invaluable to most anyone as long as the laws of physics and best
> available science can be utilized.
>
> Because we all have to interpret whatever we see and measure, some of
> what this article is about has to do with the science of
> observationology(deductive interpretations of remote obtained images),
> along with my personal research and subjective notions that you can
> evaluate on your own or at least for the moment take my version as
> being sufficiently correct as to what the planet Venus has to offer an
> intelligent species, such as us humans. I am also perfectly
> verifiable about all of this because I really exist as who I really
> am, and I can be contacted in various ways in order to question or
> inform on most any related topic. I'm also not trying to take credit
> away from others, whereas instead I'm fully encouraging others to
> contribute their own observationology expertise plus whatever physics
> and science expertise they have, because at least subjectively almost
> anything about the planet Venus seems doable..
>
> Here's an original cloudless GIF composite radar obtained image file
> (as a raw unmodified image that's not having been enlargement or
> otherwise processed):
> Lava channels, Lo Shen Valles, Venus from Magellan Cycle 1
> http://nssdc.gsfc.nasa.gov/imgcat/html/object_page/mgn_c115s095_1.html
> and the high resolution GIF version incorporates 36 looks/scans per
> pixel
> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>
> Within this composite image obtained by our NASA-Magellan mission are
> some extremely good geology and otherwise oddly or highly unusual
> configured shapes of low-resolution pixel patterns that haven't been
> explained as entirely natural, much less confirmed as being artificial
> or intelligent created. However, with some open minded degree of
> looking over this entire image and then comparing those natural
> geology features with everything depicted, as well as comparing to the
> similar geology and our intelligent infrastructure of Earth, it's kind
> of hard to ignore some of those complex patterns on Venus that are
> truly quite unusual in a community rational kind of infrastructure
> way. At least it’s by far the most interesting configuration of hot
> rocks on any planet or moon we’ve managed to image so far.
>
> It really doesn’t take much open minded interpretation to see these
> significant geometric patterns that would be really hard for natural
> geology and erosion to accomplish, at least not without some
> intelligent intervention. So far others and myself haven’t identified
> any other similar patterns of such large infrastructure scale on Earth
> unless actual artificial structures within a community of rational
> infrastructure were part of the image.
>
> In order to fully appreciate this complex and hot as hell terrain plus
> whatever else can be interpreted, will require some limited image
> zooming or resampled enlargement process so as to assist the untrained
> eye in this subjective observationology science, which doesn't mean
> you have to agree with anything that I've interpreted or having
> suggested as being worthy of some level of intelligent infrastructure,
> because this could be all perfectly natural though if only existing on
> Venus because, at least thus far I’ve not found natural formations
> that come even remotely close in scale as to looking so intelligently
> functional and community rational at the same time, so I'm not going
> to forcibly speculate on your behalf other than to share whatever I've
> interpreted, and to at least some extent having backed up with physics
> and the best available science of others.
>
> Even though I'm not always the most qualified, and if other can’t
> contribute their supposed expertise, in which case I'll try to explain
> everything the best I can. However, from this point on you'll need to
> hold on for dear life because, I'm going to try selling this
> interpretation of "Guth Venus" as the best ever discovery since sliced
> bread. Feel free to point out where the geology of Earth or whatever
> other planet or moon offers similar or better examples of artificial
> geometric shapes in a rational community like setting that are
> actually of natural geology and erosion, because so far I got nothing.
>
> By using that introduction catch phrase of "life-friendly" is not to
> be taken lightly or in gist as representing some kind of perverted
> joke or pun, because the planet Venus is obviously and quite seriously
> an extremely hot surface environment beyond any terrestrial pressure-
> cooker, other than inside a nuclear reactor pressure vessel which
> clearly isn't humanly survivable. However, with physics and
> technology applied it's not quite as insurmountable as some might
> think, and try to remember that there's always a cool sanctuary above
> those cryogenic nighttime clouds in case our rigid composite airship
> starts to melt. Thereby I'm thinking our Venus is certainly not off-
> limits as to any space traveling expertise, or that of exceeding that
> level of technology for safely accommodating our frail human
> physiology, so we're not speaking of such a nasty planet hosting
> uncivilized or uneducated heathens that probably couldn't have
> independently evolved there to begin with.
>
> If you can better deductively interpret this image of “Guth Venus”,
> have at it, as I’m certain I’ve gotten a number of items incorrectly
> identified or having missed some that your observationology as having
> better interpreted for whatever natural or artificial nature they
> represent.
>
> My derivative image of “Guth Venus” is simply a cropped out portion
> from the 225 meter/pixel GIF original composite, of less than 10%
> extracted that’s merely 10X resampled with use of basic image filters
> plus a little extra contrast, but other than that nothing of any
> specific pixel(s) has been contributed or hidden, thereby needless to
> say that nothing has been intentionally added, subtracted or otherwise
> distorted.
>
> Here’s one of my 10:1 enlargements of the same area that I’ve pointed
> out for the past decade:
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>
> On May 22, 10:25 am, Brad Guth <bradg...@gmail.com> wrote:
> > This tired old topic about “Guth Venus” is getting ready for another
> > redo or do-over from scratch.
>
> > First of all, it seems perfectly clear enough that there has been some
> > kind of intelligent other life existing/coexisting on Venus. At least
> > Venus has been technically doable, and there’s all the natural
> > resource of unlimited local energy and minerals you could possibly ask
> > for. At least for those capable of interplanetary travels, the
> > complex environment of Venus is not the least bit insurmountable.
>
> > Secondly, the average sooty coal like and otherwise crystal dry kind
> > of dusty carbon or carbonado accumulations of complex local minerals
> > and cosmic deposits upon our physically dark basalt Selene/moon should
> > have become worth all the tea in China, so to speak. The relatively
> > low or inverted density interior of our moon and especially of it’s
> > relatively wet crust that’s supposed hosting 260 ppm of water plus
> > crater hidden ice and otherwise accommodating the naked surface
> > abundance and thereby easily accessible raw element of He3, should
> > have by itself been more than worth the mostly robotic mining effort
> > of extracting for our terrestrial fusion energy needs.
>
> > The only nagging problem about accomplishing expeditions upon our
> > physically dark and nasty moon is that it seems that we still do not
> > have any viable fly-by-rocket landers (especially not one of the
> > Apollo era), or even sufficiently robust robotics suitable for
> > tunneling into the moon, much less sufficiently rad-hard human DNA.
> > (it seems all the smoke and mirrors of our mutually perpetrated cold-
> > war era really doesn’t count, because that moon surface should be just
> > as nasty if not potentially worse than any Van Allen belt of our
> > magnetosphere has to offer)
>
> > Of course, Venus should offer most of everything our Selene/moon plus
> > that of Earth has to offer, except that Venus does not require rad-
> > hard DNA or any fly-by-rocket methods of soft landings or efficiently
> > getting yourself about when using a buoyant composite rigid shuttle/
> > airship, and otherwise from within the thick clouds of Venus is what
> > always holds hundreds of teratonnes of good old water, though highly
> > acidic but otherwise easily extracted as pure h2o using fundamental
> > physics and the vast abundance of local energy in order to efficiently
> > extract as much h2o as you like.
>
> > Most of the valuable minerals and raw elements of Venus are those
> > having been and still being geothermally plus otherwise forced out of
> > its unusually toasty surface that’s radiating and/or geothermal
> > upwelling on average 20.5 w/m2, thereby having to mine deeply into its
> > relatively thin crust shouldn’t even be required, and as I’ve
> > stipulated so many times, that all of the mission and/or habitat
> > energy requirements for accomplishing and/or processing most anything
> > you can imagine is already there to utilize as is.
>
> > Venus is undoubtedly that of a humanly toasty surface or pressure
> > cooker environment that’s clearly not suited to any naked Goldilocks
> > (aka dumb blondes), but otherwise it’s more than technically
> > manageable, especially via good robotics and otherwise by way of using
> > the composite rigid airship method. Therefore, it’s kinda like most
> > all other off-world locations, whereas far below the standards of Eden
> > is why we can not plan on going there in the buff or as otherwise
> > dumbfounded and mainstream snookered fools. Oddly but not
> > surprisingly, the faith-based closed mindset wants absolutely nothing
> > to do with Venus or any other planet or moon that’s capable of hosting
> > complex life even via applied physics and technology, but that’s
> > entirely their highly biased problem, and not ours.
>
> > "Lava channels, Lo Shen Valles, Venus from Magellan Cycle 1"
> > http://nssdc.gsfc.nasa.gov/imgcat/html/object_page/mgn_c115s095_1.html
> > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> > Thumbnail images, including mgn_c115s095_1.gif (225 m/pixel)
> > http://nssdc.gsfc.nasa.gov/imgcat/thumbnail_pages/venus_thumbnails.html
>
> > Brad Guth / Blog and my Google document pages:
> > http://groups.google.com/group/guth-usenet?hl=en
> > http://bradguth.blogspot.com/
> > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>
> > On Mar 28, 9:10 am, Brad Guth <bradg...@gmail.com> wrote:
> > > With 99.9% of Usenet/newsgroup contributors as phony or bogus, don't
> > > expect to see any inside support or much less anything positive/
> > > constructive going on. Each and every topic posted by the few of us
> > > that are real and doing our best has to stand on its own, and
> > > continually defend itself against the mainstream status-quo gauntlet
> > > that wants nothing to ever change (at least not for the better).
>
> > > The ongoing consideration of this topic is that most Americans and
> > > obviously many others around the world simply can't afford the luxury
> > > of honestly thinking for themselves without breaking wind or otherwise
> > > coming unglued at the seams. They are also deathly afraid of their
> > > own shadows, and worse yet afraid of whatever their faith-based and/or
> > > political and peer authority might do if they don't fully accept and
> > > comply to their mainstream words as representing the one and only
> > > truths. Such as independent energy and technology wizards like our
> > > William Mook, possibly yourself, a little of myself and otherwise damn
> > > few others are clearly the exceptions, and the price we each get to
> > > pay is truly considerable. Mook’s environmentally clean and renewable
> > > “New World Oil” via his solar Mokenergy derived hydrogen at $100/
> > > tonne, and a few other valuable energy related products (including my
> > > initial billion tonnes/year of HTP) is all perfectly well and good if
> > > it ever happens, which of course those of our Big Energy mafia/cabal
> > > types currently in charge are not going to let happen, no matters what
> > > the consequences.
>
> > > When looking off-world for any kind of alternative Goldilocks suitable
> > > Eden/sanctuary, as well as for considering the mining and/or
> > > exploiting of its minerals and rare element riches or whatever other
> > > valuables worth the effort, it's imperative that local energy already
> > > exist and if at all possible be renewable. It's also imperative that
> > > this off-world location be relatively nearby (at least from time to
> > > time) and offering a protective atmosphere that also gives terrific
> > > buoyancy (even if it’s considered as too hot or too cold and toxic or
> > > acidic isn’t an insurmountable problem for other than naked Goldilocks
> > > that are too dumb to lace their own shoes), which thereby our next
> > > world or moon doesn't really have to comply to any naked dumbfounded
> > > Goldilocks standards because, we already have perfectly good
> > > technology in order to manage almost any toxic and/or thermal and
> > > pressure extremes that you can think of.
>
> > > Of course, if there's already clear signs of some off-world locations
> > > being utilized, such as the planet Venus hosting intelligent other
> > > life, makes this kind of remote exploration and that of our human off-
> > > world expansion into an entirely new kind of tactical ballgame. I
> > > realize that you and most others have systematically refused to even
> > > look objectively at whatever the planet Venus has to offer, much less
> > > having deductively pondered in order to constructively contribute as
> > > to interpreting whatever that area of "Guth Venus" is showing us.
> > > However, if you were really any good at supporting your typically
> > > mainstream approved naysay and denial interpretations that’ll insist
> > > Venus is a totally worthless planet that's supposedly unsurvivable by
> > > any kind of intelligent life, then you would have provided your better
> > > quality digital enlargements of that specific target area that I've
> > > pointed out for the past 11 years, thereby showing the rest of us by
> > > example and comparisons how those highly unusual pixel patterns are
> > > just common-place geology that so happens to interpret as looking
> > > exactly like the complex geometric and structural kinds of
> > > infrastructure that I've interpreted as being artificial (ETI)
> > > worthy. So, when if ever are the rest of all you folks and others of
> > > such supposed greater expertise in observationology and science, in
> > > that you must always know best about everything under the sun,
> > > actually going to accomplish this mainstream approved analogy?
>
> > > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> > > Guth Venus, at ten times resample/enlargement of the area in
> > > question:
> > > https://docs.google.com/File?id=ddsdxhv_4fdgd46df_b
>
> > > http://translate.google.com/#
> > > Brad Guth / Blog and my Google document pages:
> > > http://groups.google.com/group/guth-usenet?hl=en
> > > http://bradguth.blogspot.com/
> > > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>
> > > On Feb 13, 2:07 pm, Brad Guth <bradg...@gmail.com> wrote:
> > > > All planets within reason offer some level of complex life or weird
> > > > biodiversity which needn’t match anything we might consider as
> > > > Goldilocks worthy. However, with energy and applied technology should
> > > > make any number of extreme planets and moons viable for Goldilocks.
>
> > > > Even though the random happenstance of evolution all by itself kinda
> > > > sucks, not that evolution doesn’t happen or that intelligent design is
> > > > any more insurmountable or taboo than interstellar panspermia
> > > > (especially via icy proto-moon like our captured Selene). Random
> > > > happenstance evolution is at best unlikely to survive in most stellar
> > > > locations (even here on Earth), and at best it needs a great deal of
> > > > luck and uninterrupted time. At least so far, random happenstance via
> > > > artificial means hasn’t been shown to create life from scratch, much
> > > > less as we know it, whereas instead intelligent engineering or the
> > > > genetic redesign of life as we know it has been proven to accomplish
> > > > what nature could not, and if we can do it then others can, either by
> > > > mistake or intentionally.
>
> > > > Within our galaxy could be a considerable number of older solar
> > > > systems, perhaps 2/3 being older and 1/3 younger than our solar system
> > > > really isn’t asking too much. To think, if we hadn’t wasted the past
> > > > century at bogus and contrived wars, and otherwise at ethnic and faith-
> > > > based casting, we’d be among some of the nearby stars by now (at least
> > > > our probes could be there). With on-location energy and applied
> > > > technology, there could be as many life capable planets and moons as
> > > > there are stars for those of us with sufficient intelligence having
> > > > mastered interstellar capability. As for the always naked and
> > > > dumbfounded Goldilocks is not so lucky, whereas at most 0.0001% of all
> > > > those many exoplanets and their moons are directly suitable as is,
> > > > though fortunately for us in need of a replacement Goldilocks
> > > > certified Eden, there’s still a great many (perhaps 500e3) viable
> > > > exoplanets to pick from, and of those nearby (say within 100 ly) could
> > > > be as many as 5 Eden worthy planets or large enough moons equally
> > > > viable (Pandora probably isn’t one of them).
>
> > > > On Earth there were many complex life cycles and thereby evolution do-
> > > > overs, whereas most of the early variations simply didn’t survive the
> > > > test of time, and the few which survived nowadays are clearly at risk
> > > > of extinction because of what we’ve done to their original habitat
> > > > that had pretty much everything going for itself. Ants and microbials
> > > > are not exactly giving up without a fight, so perhaps it’s us humans
> > > > that need to vacate the premises before we get eaten alive or
> > > > otherwise starve ourselves to death.
>
> > > > The Ed Conrad “man of coal” is firmly dated at 305 million years (+/-
> > > > 7 million).
> > > > http://ireport.cnn.com/docs/DOC-539313
> > > > http://groups.google.com/group/sci.astro/browse_frm/thread/0d31578e50...
>
> > > > Obviously that early species of something humanoid didn’t manage to
> > > > survive through all those ice ages and then each of those eras of
> > > > extreme thaw with subsequent flooding, as well as asteroid impact
> > > > trauma that also terminated most life and having modified terrestrial
> > > > biodiversity multiple times before modern humanity ever emerged from
> > > > the last ice age this planet w/moon and a seasonal tilt is ever going
> > > > to see, as supposedly the only intelligent species that has in some
> > > > ways done more global diversity harm than good.
>
> > > > For all we know, those on Venus are not even from there own local
> > > > evolution, but implants or donations from older worlds that probably
> > > > need whatever elements the seemingly newish planet has to offer. I’m
> > > > thinking this interpretation could put a whole new spin on hell, as a
> > > > for-profit kind of hell, and perhaps by the time we get there it’ll
> > > > either be slim pickings or off-limits unless we’re invited, but on
> > > > Earth that really never stopped us before.
>
> > > >http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> > > > A ten times resample/enlargement of the area in question:
> > > > https://docs.google.com/File?id=ddsdxhv_4fdgd46df_b
>
> > > > http://translate.google.com/#
> > > > Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
>
> > > > On Dec 20 2010, 12:36 pm, Brad Guth <bradg...@gmail.com> wrote:
> > > > > There's actually many technical and valid logistics advantages to
> > > > > exploring and working the extremely nearby planet Venus, as well as
> > > > > for extracting whatever valuable elements on behalf of the greater
> > > > > benefit and good that it represents to the survival and future
> > > > > expansion of our human species, as well as to supplement the necessary
> > > > > salvation of our global warming environment that so many have
> > > > > systematically trashed and remain in naysay denial about. At least
> > > > > that's been my interpretation and shared thoughts as of more than a
> > > > > decade ago when I'd informed our NASA and others as to what I had
> > > > > deductively interpreted from those super-terrific SAR obtained images
> > > > > that most folks refuse to even look at.
>
> > > > > The original GIF image file (as raw, not enlargement processed):
> > > > > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>
> > > > > The fact that something sufficiently intelligent has already been
> > > > > there and may still be operating or mining for whatever it's worth, is
> > > > > just icing on the cake (so to speak). This form of Venusian
> > > > > intelligence may not even be ETs, nor as technologically advanced as
> > > > > us, although it should be hard for actual ETs with space travel
> > > > > capability to pass up such a nifty mineral and rare element treasure-
> > > > > trove worthy planet that also has more than its fair share of
> > > > > renewable energy plus most of everything they’d need.
>
> > > > > The fact that the surface environment has been mostly geothermally
> > > > > heated, its robust, very acidic and kinda steamy protective atmosphere
> > > > > continually replenished from active geothermal vents and a
> > > > > considerable number of volcanic sources, plus there’s always some
> > > > > greenhouse heating as having added to this thermal trauma, is simply
> > > > > not technically insurmountable for those of us with a 5th grade or
> > > > > better education.
>
> > > > > To further elaborate; if we can’t manage to technically deal with
> > > > > surviving on or within our moon, Mars or the likes of whatever a
> > > > > viable nearby planet like Venus has to offer, as such pretty much
> > > > > eliminates 99.9% of whatever else is out there, including other moons,
> > > > > Ceres, exoplanets and whatever their terrific moons might have to
> > > > > offer. Finding another naked Goldilocks approved planet that’s
> > > > > sufficiently wet and tropically Eden/Earth like is going to represent
> > > > > a tough call, especially if it also needs to be favorably plant and
> > > > > animal populated but otherwise uninhabited by any kind of humanoids,
> > > > > aggressive meat eating critters or invasive species that would just as
> > > > > soon invade our private parts and kill us from the inside out, as
> > > > > pretty much next to impossible if we can’t manage to technically adapt
> > > > > ourselves to the likes of Venus by simply utilizing the best available
> > > > > technology to our advantage.
>
> > > > > The positives (including its toasty environment because that planet
> > > > > isn’t very old) simply far exceed the negatives as far as the planet
> > > > > Venus is concerned, and we may not even be the first intelligent
> > > > > species to utilize that planet, so that’s another good reason why we
> > > > > should go and stay for as long and as much as our technology and
> > > > > expertise of adapting will permit, unless those Venusians manage to
> > > > > beat the crap out of us first.
>
> > > > > Brad Guth / Blog and my Google document pages:
> > > > > http://groups.google.com/group/guth-usenet?hl=en
> > > > > http://bradguth.blogspot.com/
> > > > > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
LOL! If you DO say so yourself!
> However, if you are a certain kind of faith-based
> and kinda social/political closed mindset in your set ways sticking
> with our mainstream status-quo of revising nothing,
In other words, if you disagree with Guth.....
> like 99.9% of
> Americans having survived their K12 and higher education years, then
> you may not have to bother yourself with any of this, because I’m only
> going to keep pissing you off.
No Brad...PLEASE keep going! You and a few others are the
reason I come here.... YOU provide the entertainment, *I*
do the laughing. Get it?
<<<Snip remainder of Guth's rant for sanity purposes>>>
--
"OK you cunts, let's see what you can do now" -Hit Girl
http://www.youtube.com/watch?v=CjO7kBqTFqo
http://www.youtube.com/watch?v=pJgmxOdeoJ4
http://www.youtube.com/watch?v=rRrxhM9Tlms
No, he and a lot of other people are laughing at posts like yours.
--
BDK- Top of the government shill heap for over 10 years running!
derivative like their original, because it’s entirely a product of the
original SAR obtained pixel data (nothing personal added or
subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my investigative and deductive
interpretation of what the image depicts is offering the best or only
option.
First of all, I kind of doubt the surface on average is significantly
cooler than reported, however the most recent ESA data via their Venus
EXPRESS mission has been reveling surface temperature variations plus
considerable atmospheric thermal differentials that haven't been
reported and/or sufficiently published by others as having previously
had essentially the same or better science data to go by. Those polar
surface temperatures could be considerably cooler due to them strong
atmospheric vortex considerations that's causing such upper nighttime
cryogenic atmosphere to draw substantial energy away from the much
hotter and sultry or steamy lower atmosphere and that of its
geothermally heated surface.
What we have here to look at and deductively interpret is simply a
fair number of rather unusually complex geometric patterns, of
somewhat unusually unified or associated pixels forming patterns that
don't seem to be of entirely random geology happenstance. However,
there are a number of quite large and unusual items that should be
considered as natural, such as the "fluid arch" and perhaps even that
extremely large clover shaped reservoir could be considered as
something perfectly natural (even though the geology of Earth offers
us nothing remotely close to such size or geometric unified
complexity). However, that extensive and complex tarmac/airstrip as
offering such an unusually flat item as clearly a raised platform
that’s situated within a mountainous terrain simply isn't as likely to
be formed by way of any natural geology and erosion that we know of,
nor is that highly unusual bridge item and those multiple other large
scale items of multiple rectangular quarry sites plus having a nearby
community of geometric shapes in a rational community like setting, of
what seems rather artificially structural and rational infrastructure
worthy is what should be closely reviewed by others to see if any or
all of those could have possibly been formed by natural processes.
You folks must have at least as good if not a whole lot better image
processing expertise for this resampling/enlargement capability, so
please do share that better result with us, in that at least we can be
on the same page and not looking at entirely different areas. If you
need some assistance or advisements with selecting and/or utilizing a
photo enlarging process even though most photo resampling software is
self explanatorily, I’ll gladly donate my time and resources free of
charge
If you should interpret this image as only containing perfectly
natural formations of greenhouse hot rock and depicting logical
patterns of erosion, then you must also have a number of reference
example images obtained of terrestrial geology recorded by similar
radar imaging resolution, by which that interpretation of seeing only
inert hot rock and natural erosion is based upon, and naturally we’d
like to have a look-see at whatever is within your observationology
frame of reference that gives you the necessary expertise, because you
can’t just be making stuff like that up in order to suit a given
opinion or policy.
If need be, ask others (5th graders if necessary) to see whatever they
can interpret, because at least they’ll be willing to honestly share
whatever satellite or aerial observations of weird terrestrial and
other geology that supports their interpretation of whatever the
planet Venus has to offer, because you have to base such
interpretations on something other than media and textbook
infomercials plus having a naysay closed mindset. If you have some
other interpretation for those reservoirs that clearly contain
something fluid, and especially have any better idea as to that large
clover shaped reservoir, or explaining the nature of that “fluid arch”
would be terrific to hear about.
It seems our resident FUD-masters of the GOP/ZNR redneck kind are
having themselves another bad Usenet/newsgroup day of it. If they
could round us up and have our books and whatever we've published
burned along with having both of us tied to a stake in the center of
that fire, they would. These are the exact same folks that cheered as
our Commander in Chief ordered the systematic torturing of Muslims,
and for otherwise sustaining their bogus wars based upon false flags
and those nonexistent WMD (unless cheap oil and drugs were supposed to
count as WMD).
It seems having 16+ public funded agencies plus involving dozens of
rogue contracted operations supposedly in charge of protecting us
(apparently from ourselves more than from others) simply isn't good
enough.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
- and -
Venus - rapid terraforming with utility fog?
On Jul 4, 10:14 am, "Richard Stephens" <rstephen...@gmail.com> wrote:
: Venus has an abundance of carbon, so why not use it to create a
thick
: layer of utility fog that would cover the planet. There should be
enough
: carbon for the blanket of foglets to be tens of miles thick.
: Benefits of utility fog:
: 1. The fog would have the ability to quickly cool off the planet,
acting as
: a giant radiator.
: 2. The fog could make up for the very slow day/night cycle by
simulating
: a "normal" 24 hour Earth cycle.
: 3. 100 miles of utility fog should support a population in the
hundreds of
: billions, if not trillions.
: 4. The whole process could be completed in a decade or less, not
the
: centuries that it's estimated terraforming would take.
- and -
On Jul 4, 3:14 pm, Pat Flannery <flan...@daktel.com> wrote:
: Now, if we can just make the nanobots for the utility fog, figure
out
: how they are to be powered, figure out how to get them to tolerate
the
: heat, pressure, and sulfuric acid at the beginning of the process,
and
: figure out how to get rid of trillions of them once the planet is
: terraformed.
: And there's another problem; studies of impact craters on the
surface
: of Venus show that all of them are fairly young in geologic terms,
: indicating the whole surface goes molten from time to time.
: A cool atmosphere isn't going to help if you are swimming around in
: red hot lava.
That’s exactly correct, whereas the geothermal upwelling of 20.5 w/m2
is going to remain extremely problematic, not that solar influx isn’t
making it kind of worse. William Mook can create and deploy trillions
upon trillions of those highly reflective nanobots that could manage
to keep themselves only on the sunward side, acting as a highly
reflective fog above those already reflective clouds.
Actually even somewhat better, is using hydrogen filled robotic
airships that are each offering 1e6 m2, as a relatively flat disk
shape of 1.13 km diameter and always laying horizontally flat with
their highly reflective gold mylar facing sunward, could prove quite
nifty for a multitude of terrific reasons other than contributing
shade and improving the average albedo. If these highly reflective
airships averaged 100 meters thick, we’re talking about a 1e8 m3
airship, that within 1% of its volume could house at least a community
of a hundred humans, along with some pets, livestock and just about
anything else you’d care to pack along. In order to accomplish any
significant shading, there’s have to be at last a million of these
saucer shaped airships, so that accommodating 100 million of us
without ever setting one hot foot onto that geothermally heated
surface seems like kind of a good idea.
Perhaps Monsanto or even Nalco that makes Corexit and other highly
toxic substances for hydrocarbon butt covering, can devise a molecular
modifier for CO2 and S8 that'll reflect at something near 90% by day,
and automatically convert to a fully transparent cryogenic layer by
night, then somehow revert back to reflecting by day. On the other
hand, our extremely nearby and mostly geothermally heated Venus is at
least technically doable for us as is.
Terraforming by artificial means is probably not going to be necessary
unless you have been planning on going there in the nude. I’d have to
say that it’s quite technically possible to survive as is, and no
doubt the extremely nearby planet Venus is therefore perfectly doable
for most intelligent humans other than naked and typically dumbfounded
Goldilocks types that can’t seem to think outside their cozy
mainstream status-quo box, such as our resident GOP/ZNR rednecks and
their fellow FUD-masters that couldn’t manage to survive even if we
turned parts of Venus into another Eden for hosting fast-food vendors
and the next Winter Olympics (naturally indoors). This is not to say
each and every volcano and/or terrific geothermal vent is going to be
safe to visit, because that would be silly. However, some geothermal
vents are likely spewing hot and dense mineral brines instead of
vapors, or even spewing hydrocarbons that at 92+ bar could seem as
though acting kind of hydrodynamic to those SAR imaging methods..
The local pressure and/or rather substantial atmospheric density and
90% gravity is really not a problem for accommodating our genetics or
physiology as long as everything gets fully equalized over a
reasonably safe period of time, and you manage to keep yourself within
+/- .2 bar/hr(+/- 3 psi/hr) should remain as equalized without
complications, and otherwise that is also a rather nifty environment
unless you don't happen to like having 10% less gravity, terrific 65
kg/m3 buoyancy and otherwise extremely good protection from cosmic,
solar and local radiation, as well as always being nicely protected
from meteors and even from encountering small asteroids should not be
a problem because, most of those simply can’t get through the dense
atmospheric soup.
Breathing an artificial mix of 99% H2 and 1 % O2 should easily extend
that range of atmospheric pressure change per hour to an acceptable
+/- 2 Bar (+/- 29 psi)/hr, although a km elevation change in that
lower atmosphere is worth 4.1 bar(roughly 60 psi), so it might not be
advisable to exceed any change in elevation greater than 17 meters/
minute unless some additional pressure equalization techniques are
utilized. There’s certainly never going to be any shortage of
hydrogen, and even O2 can’t honestly be in short supply as long as you
basically know what you are doing. Without nitrogen and otherwise
kinda dehydrated, your body as breathing feed 99% H2 and 1% O2 is also
going to weigh yet another 5~10% less, so you’re not going to float
away but, you’d certainly notice the difference right off the bat.
Heat management: R-1024/meter of thermal insulation is also not a
technical nor logistical problem (especially when the application
environment is relatively dry and CO2 inert), as easily created from
local basalt that’s effectively processed from all of the locally
renewable energy that's damn near unlimited for creating basalt
milliballoons (filled or displaced with hydrogen would simulate a
super-atom shell or electron cloud that wouldn’t compress, offering a
microballoon product density of roughly 104 kg/m3 or as an assembled
structural element of as little as 64 kg/m3 once the local buoyancy
and gravity are accounted for) and of course we’d have those terrific
fibers, although we could always use Silica Aerogel of only 2 kg/m3,
means that enclosed Silica Aerogel (such as within the structural
shell of a composite rigid airship or within geometric building blocks
that contain those basalt milli and micro-spheres) could easily allow
its volume to become worth -63 kg buoyant unless that Silica Aerogel
compresses and/or equalizes to a slightly greater than atmospheric
density, of which enclosed and displaced with hydrogen should easily
prevent.
http://www.aerogel.org/
http://en.wikipedia.org/wiki/Aerogel
Utilized as part of the structural composite: “It has remarkable
thermal insulative properties, having an extremely low thermal
conductivity: from 0.03 W/m·K[9] down to 0.004 W/m·K,[6] which
correspond to R-values of 14 to 105 for 3.5 inch thickness. For
comparison, typical wall insulation is 13 for 3.5 inch thickness. Its
melting point is 1,473 K (1,200 °C or 2,192 °F).”
The distinct advantage to utilizing uncrushable microspheres or
millispheres is that their volumetric density doesn’t change, and the
static loading and/or its surface loading capability is truly
impressive. This gets even better when the surrounding fill or matrix
of whatever binder offers a similar tough ability. Even fluffy or
highly porous ceramics are not going to be terribly dense.
Basalt as easily refined and made into fused glass microspheres or
even using larger millispheres as having a volumetric true sphere
displacement mass of 104 kg/m3, with a crush rating in excess of 9.5e3
bar (138e3 psi), and each hollow sphere offering its 85.7% cavity
volume for enclosing H2 at less than 0.1 bar (whereas the H2 sure as
hell isn’t going to leak out, nor is any CO2 ever going to leak in).
In other words, basalt glass hollow spheres put into a composite
structural geometric element application (displacing 65% by volume)
are going to halfway float within that atmospheric soup of 65 kg/m3
buoyancy, because that atmospheric density and the local 90.5% gravity
is only making it so much better. Perhaps using a silica gel
displacement (35% by volume) as the microballoon geometric fill matrix/
binder could also be applied.
http://composites.poly.edu/Publications/Gupta-Tensile%20syntactic%20foam.pdf
http://solutions.3m.com/wps/portal/3M/en_US/Energy-Advanced/Materials/Products/Prod_Catalog-SMD/?PC_7_RJH9U5230GE3E02LECFTDQ4G06_nid=CR1NGJJX5QbeWHB23F5LMRgl
http://www.esa.int/gsp/completed/030910ESTEC16292.pdf
Clearly high temperature capable materials offering exceptional
insulation and otherwise for creating a robust structural composite
that’s impervious to most anything the Venus environment has to offer,
as well as having various electro-mechanical equipment that’ll survive
811 K is simply not technically an insurmountable problem. Whereas
going to Venus in the nude as a dumbfounded Goldilocks should remain
as highly problematic.
Otherwise that terrific atmosphere itself is an ideal freon, so to
speak, because a little compressed CO2 on Venus goes into its
supercritical liquid phase rather easily, and from that you can air
condition yourself all the way down to becoming dry ice (-78 C, 195
K), if you like. Add a little helium and you can go for running a
super collider. So, I really don’t see what the big insurmountable
deal is about the ambient surface temperatures, other than you
wouldn’t want to set yourself over a geothermal vent (of which there
are thousands) or try to trek directly over any given volcanic hot
spot of recent magma.
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because
I’m not certain that my interpretation of what the image depicts is
offering the best or only option.
First of all, I kind of doubt the surface is significantly cooler than
reported, however the most recent ESA data via their Venus EXPRESS
mission has been reveling considerable atmospheric thermal
differentials that haven't been reported and/or published by others as
having previously had essentially the same or better science data to
go by. Those polar surface temperatures could be considerably cooler
due to them strong atmospheric vortex considerations that's causing
such upper nighttime cryogenic atmosphere to draw energy from the much
hotter lower atmosphere and it’s geothermally heated surface.
What we have here to look at and deductively interpret is simply a
fair number of unusually complex geometric patterns, of somewhat
unusually unified or associated pixels that don't seem to be of
entirely random geology happenstance. However, there are a number of
quite large and unusual items that should be considered as natural,
such as the "fluid arch" and perhaps even that extremely large clover
shaped reservoir could be considered as perfectly natural (even though
the geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat item situated
within that mountainous terrain simply isn't as likely to be formed by
natural geology we know of, nor is that highly unusual bridge item and
those multiple other large scale items of a nearby community of
geometric shapes and a their rational community like setting, of what
seems rather artificially structural and rational infrastructure
worthy is what should be closely reviewed by others to see if any or
all of those could have been formed by natural processes.
Of course there will always be those in perpetual denial, as well as
obfuscating their FUD-master butts off in order to disqualify my
discovery and any associated topics, but then you’re not required to
read any of those disparaging replies unless you want a good laugh, or
a good cry because of how your government and its faith-based support
has systematically failed you on so many levels.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://www.wanttoknow.info/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
However, just because yourself and other pretend-Atheists as Semitic
acting FUD-masters happen think all research that's other than NASA,
DARPA and/or Jewish/Qinetiq approved by way of their having
accommodated such mainstream interpretations as only via their inner
most circle of public funded associates and friends, is somehow
entirely bogus and/or continually lying to us by methods of
obfuscation (excluding and/or banishing whatever facts don’t happen to
agree with their status-quo), really isn't a sufficient cause or
justification for you to think in exactly the same closed mindset way.
In spite of what most of us have been informed by our peers, there's
sufficient independent and/or alternative research, as deductive
interpreted science that has identified the global energy imbalance of
Venus, of the global geothermal outflux or upwelling of core heat from
within Venus that's in excess of 20 w/m2, so don't keep blaming myself
for having noticed those kinds of research data. If you still have a
problem of perpetual distrust based upon whatever ethnicity and social/
political or some faith-based bias, take it up with them and not with
others trying to honestly connect a few public and private funded
dots.
The average Venus surface as a whole body only gets to absorb 132 w/m2
from the sun that's providing up to 2650 w/m2 at those highly
reflective cloud tops. In other words, by day the surface receives
roughly 10% or 264 w/m2 (that's actually reasonably well illuminated
in spite of those 25 km thick and robust acidic clouds plus a few km
of other haze/fog layers above and below), which averages out to 132 w/
m2 on a global day/night basis. Others having interpreted the best
available science have the combined solar secondary/recoil energy from
that toasty surface plus its geothermal outflux pegged at 153 w/m2,
leaving us with a 21 w/m2 thermal discrepancy or imbalance. In other
words, Venus has not been thermal holding itself steady or much less
getting any hotter, and obviously all of its substantial atmosphere
(including them wet acidic clouds that offer hundreds of teratonnes
worth of h2o) is entirely derived and sustained from within itself.
In other words, those are not crystal dry clouds of sulfuric dust.
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might look
at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a good look-see at interpreting whatever that sort of 225
meter per pixel resolution has to offer.
Once again, here’s one of my 10:1 enlargements of the very same area
that I’ve pointed out to NASA and others of their Magellan team for
more than the past decade, that’s still a generic composite derivative
like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because I’m
not certain that my interpretation of the image is the best or only
option.
Brad Guth / Blog and my Google document pages:
http://groups.google.com/group/guth-usenet?hl=en
http://bradguth.blogspot.com/
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
PEEUUUUUUU!
Saul Levy
On Tue, 12 Jul 2011 04:55:50 -0700 (PDT), Brad Guth
<brad...@gmail.com> wrote:
>Terraforming Venus - is it really necessary
> Brad Guth, YES, I'M INSANE!
>
FUCK OFF!
Saul Levy
On Tue, 12 Jul 2011 06:07:47 -0700 (PDT), Brad Guth
<brad...@gmail.com> wrote:
>Here's that same old original cloudless GIF composite radar obtained
>image file (as raw and not having been enlargement processed) that our
>mainstream status-quo has been so deathly afraid others might look
>at:
> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> Without even downloading the GIF monochrome image, you can still
>screen zoom-in on the small area in question (less than 10% of the
>composite FOV), so as to keeping the raw 1:1 pixel format and its
>rather limited resolution of 225 meters/pixel, and thereby have
>yourself a good look-see at interpreting whatever that sort of 225
>meter per pixel resolution has to offer.
>
>Once again, here’s one of my 10:1 enlargements of the very same area
>that I’ve pointed out to NASA and others of their Magellan team for
>more than the past decade, that’s still a generic composite derivative
>like their original:
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>If you’d care to focus on anything specific, please do so, because I’m
>not certain that my interpretation of the image is the best or only
>option.
> Brad Guth, ANYONE DOUBT THAT I'M INSANE?
[REST OF GOOFYSHIT DELETED!]
Now that you've mentioned the abundant and nearly renewable fusion
energy that has been intentionally withheld from us, is perhaps asking
a bit too much of them, to hold back or to lay off from all of their
tactical methods of public media damage-control. In other words,
you've let another one of their cats out of the bag.
It seems our resident FUD-masters of the GOP/ZNR redneck kind are
having themselves another bad Usenet/newsgroup day of topic/author
stalking and bashings. If they could manage to round the rest of us
up and have our books and whatever we've published as alternative
interpretations of the best available evidence and science burned
along with having both of us tied to a stake in the center of that
fire, they would. These are the exact same kind of folks that put
Christ on a stick and otherwise cheered as our previous Commander in
Chief ordered the systematic torturing of Muslims, and for otherwise
sustaining their bogus wars based upon loads of disinformation, false
flags and those nonexistent WMD (unless you consider their cheap oil
and organic drugs were supposed to count as WMD).
Apparently having 16+ public funded agencies plus involving dozens of
rogue contracted operations supposedly in charge of protecting us
(from ourselves more than from others) simply isn't good enough. Of
course having our traditional mainstream army of these devout brown-
nosed clowns and FUD-masters that only act/react exactly like Semites,
hasn’t exactly helped.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
- and -
- and -
I believe that’s exactly correct, whereas the geothermal upwelling or
energy outflux of 20.5 w/m2 is going to remain extremely problematic,
not that a strong solar influx and those thick and dense acidic clouds
haven’t been making it kind of worse. Perhaps our William Mook can
create and deploy trillions upon trillions of those highly reflective
nanobots that could manage to keep themselves only on the sunward
side, acting as a highly reflective fog above those already reflective
clouds.
Actually, even somewhat better than any swarm or fog of reflective
nanobots, is using hydrogen filled robotic airships that are each
offering a reflective area of 1e6 m2, as a relatively flat disk shape
of 1.13 km diameter and always laying horizontally flat with their
highly reflective gold mylar facing sunward as they maintain cruising
at 75+ km, could prove quite nifty for a multitude of terrific reasons
other than contributing shade and improving the average albedo by
possibly one percent better. If these highly reflective airships
averaged 100 meters thick, we’re talking about a 1e8 m3 airship, that
within 1% of its volume could house at least a community of a hundred
humans, along with some pets, livestock and just about anything else
you’d care to pack along. In order to accomplish any significant
shading, there’d have to be at last a million of these saucer shaped
airships, so that accommodating 100 million of us without ever setting
one hot foot onto that geothermally heated surface seems like kind of
a good idea.
Perhaps otherwise Monsanto or even Nalco that makes Corexit and other
highly toxic substances for hydrocarbon butt covering, can devise a
molecular modifier for CO2 and S8 that'll reflect at something near
90% by day, and automatically convert to a fully transparent cryogenic
layer by night, then somehow revert back to reflecting by day. On the
other hand, our extremely nearby and mostly geothermally heated Venus
is at least technically doable for accommodating us as is, though just
not in the nude because it’s still downright hot and nasty unless
suitable habitats and methods of surface or airship transportation are
provided. Actually, composite rigid airships are perfectly doable.
Terraforming the entire planet by artificial means is probably not
going to be necessary unless you have been planning on going there in
the nude, because I’d have to say that it’s quite technically possible
to survive as is, and no doubt the extremely nearby planet Venus is
therefore perfectly suited for most intelligent humans other than
naked and typically dumbfounded Goldilocks types that can’t seem to
think outside their cozy mainstream status-quo box, such as our
resident GOP/ZNR rednecks and their fellow FUD-masters (mostly topic/
author stalking and posting in alt.astronomy) that couldn’t manage to
survive even if we turned parts of Venus into another Eden for hosting
fast-food vendors and the next Winter Olympics (naturally indoors).
This is not to say each and every active volcano and/or terrific
geothermal vent is going to be safe to visit, because that would be
silly. However, some geothermal vents are likely spewing hot and
dense mineral brines or caustic/acidic fluids instead of harmless
vapors, or even spewing hydrocarbons that given 92+ bar could seem as
though acting kind of hydrodynamic to those SAR imaging methods.
The local pressure and/or rather substantial atmospheric density at
90% gravity is really not a problem for accommodating our genetics or
physiology as long as everything gets fully equalized over a
reasonably safe period of time, and you manage to keep yourself within
+/- .2 bar/hr(+/- 3 psi/hr) should remain as sufficiently equalized
without complications, and otherwise it’s also a rather nifty
environment unless you don't happen to like having 10% less gravity,
the terrific 65 kg/m3 buoyancy and otherwise extremely good protection
from cosmic, solar and local radiation, as well as always being nicely
defended from meteors and even from encountering small asteroids
should not be a problem because, most of those items simply can’t get
all the way through the dense atmospheric soup.
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because
I’m not certain that my interpretation of what the image depicts is
offering the best or only option.
First of all, I kind of doubt the surface is significantly cooler than
reported, however the most recent ESA data via their Venus EXPRESS
mission has been reveling considerable atmospheric thermal
differentials that haven't been reported and/or published by others as
having previously had essentially the same or better science data to
go by. Those polar surface temperatures could be considerably cooler
due to them strong atmospheric vortex considerations that's causing
such upper nighttime cryogenic atmosphere to draw energy from the much
hotter lower atmosphere and it’s geothermally heated surface.
What we have here to look at and deductively interpret is simply a
fair number of unusually complex geometric patterns, of somewhat
unusually unified or associated pixels that don't seem to be of
entirely random geology happenstance. However, there are a number of
quite large and unusual items that should be considered as natural,
such as the "fluid arch" and perhaps even that extremely large clover
shaped reservoir could be considered as perfectly natural (even though
the geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat item situated
within that mountainous terrain simply isn't as likely to be formed by
natural geology we know of, nor is that highly unusual bridge item and
those multiple other large scale items of a nearby community of
geometric shapes and a their rational community like setting, of what
seems rather artificially structural and rational infrastructure
worthy is what should be closely reviewed by others to see if any or
all of those could have been formed by natural processes.
Of course if Einstein was a Muslim that interpreted images which
essentially discovered what seems perfectly intelligent and rational
about Venus hosting such other intelligent life, he’d be instantly
classified as a Usenet “kook” or something much worse, because there
will always be those of wealth and authority in perpetual denial, as
pretend-Atheists that only happen to act/react exactly like Semites,
as well as those obfuscating their FUD-master butts off in order to
disqualify this discovery and any associated topics pertaining to
intelligent other life, but then you’re not required to read any of
those faith-based contrived and disparaging replies unless you want a
good laugh, or a good cry because of how your government and its faith-
based support has systematically failed you and our republic on so
many levels.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
Ignoring for the moment the problem of heat balance on Venus, and
accepting the reported surface temperature of the planet then you
have the issue of temperature in the soil. This is handled by
refrigeration that can operate at these temperatures. Not a problem
if you have a power source up to it.
Voitenko Compression to initiate fusion sparks have solved this
problem as long ago as 1965. Modern MEMS techniques make it low cost
and efficient. Abundant lithium and deuterium in the oceans of Earth
and in the soils of all planets end the energy crisis forever as well
as open the planet to human development and settlement.
Fusion powered rocket ships land large payloads on the planet,
providing they are built like deep submersible subs to withstand the
pressure. Hard shell spacesuits allow access to the surface.
Fusion powered refrigeration - done in multiple stages - with very
high temperature radiators to the air - keep air within the ships and
suits cool and fresh.
http://www.youtube.com/watch?v=8R7-osRsPLA
Fusion powered subterrenes dig sizeable holes beneath the surface of
Venus by melting the surrounding rock and extruding the melt to form
tubes capable of withstanding the pressure.
Unlike a normal tunnel boring machine
A nuclear powered tunnel boring machine melts rock it encounters and
produces a thick glass tunnel encasing it, eliminating the need to
excavate the rock or bring in supports.
A system powered by a compact 25 MW closed Brayton cycle nuclear plant
adapted from submarine use, was constructed in the 1970s. It was
capable of driving a 7.3 meter (24 ft) diameter melt head into solid
rock and extract a glass tunnel at a rate of 1.5 meters per hour. A
patent was applied for and issued in 1975.
A fusion powered system that is 23.0 meters (75.7 ft) in diameter is
carried aboard the 75,000 tonne ship described by me elsewhere.
(larger than the 31 crew scout ship/yacht exploration vessel also
described elsewhere).
This larger boring system has 1,000 times the power (25 GW) and 10x
the melt area and 100x the speed (0.15 km/hr) It not only extrudes a
glass tunnel, but also extrudes 7 glass floors molded into the
tunnel.
Fused silica is also formed into tube vapor lamps with a mixture of
low pressure CO2 and H2O extracted at the site. These are made
continuously by an automated factory built into the system. The tubes
form the ceiling of the structures and installed - as sunlamps.
Aluminum wiring and plate is also extracted from the ores found in the
rock melt.
Molten rock is centrifuged and separated by density. Appropriate
weight ores are extracted in liquid form and reduced to elements in a
continuous cast process - to form wires and plate that are then
fabricated into a variety of elements needed to complete the
outfitting of the tunnel as it is being formed.
Valuable materials not needed immediately, such as gold, silver,
lithium, are purified, stored and periodically deposited along the
length of the tunnel for later retrieval.
A 23 meter diameter tunnel with 2.3 meter floor height has many levels
which have a total area of 197.6 square meters per meter of
length. At 150 m/hr this tunnel extracts a total of 29,644.5
square meters per hour of usable surface. Every 400 minutes the
tunneling machine travels 1 kilometer and creates 197,600 square
meters of usable surface. The tunnel when operational requires 100 MW
of power to run the lamps through the day, as well as the
refrigeration and air handling systems.
The power plant that drives the boring machine is plugged into the
wiring it makes. Power drives the machinery that's created by the
machine. After the boring machine travels 250 km and creates 49.4 sq
km of surface area it is done - in only 70 days after landing. There
is comes to the surface and forms a 'back door' to the city. The
boring machine is retrieved, and power plant expanded.
Using the same population density proposed for the Stanford Torus,
2.82 million people are supported within the resulting spiral - which
includes farming areas using aeroponic technology.
http://www.youtube.com/watch?v=m6o5LTl6GJw
http://www.youtube.com/watch?v=j0qRyHGPqg4
A small 7.3 mm diameter electrically powered system is easily built
for under $50,000 that operates at 25 W through 2500 W - and verifies
in the lab and field, the feeds and speeds reported in the literature.
These smaller units are also outfitted with MEMS based sensors that
are used to map large regions and find valuable resources for
development.
The 23 meter diameter unit is designed with over 10,000 smaller units
at the periphery to aid in planning its movement. This 'medusa' is
used to explore ahead and around the main machine, as well as shaping
voids and cross connectors in an Archimedes spiral that forms the
underground city whose interior is very much like the interior of a
large space station.
The ship that brought the boring machine to Venus has a custom built
airlock/landing pad underneath it. Carrying 3,600 tourists and 4,000
settlers, along with 40,000 tonnes of materials for the settlers, per
trip, allow 'filling' the station in 86.4 months - or 500 trips with 2
million settlers. The city has a longevity of 79.7 years and a 1.14%
growth rate, before it must build additional cities.
At a constant gee it takes between three days and eight days to get to
Venus from Earth and back with an average of 5 days 6 hours over the
synodic period.
The present capacity of the human race to build vehicles and machines
like these are between 200 and 600 per year, using the heavy
manufacturing capacity of the major ship builders around the
planet. After 7 years the ship associated with the city is used
for transport and trade and stops shifting people in large
quantities.
We can shift the entire population of Earth to Venus within 10 years
with this sort of setup.
YEAR SHIPS PEOPLE/YR TOTAL PEOPLE
2015 400 114,285,714 114,285,714
2016 800 228,571,429 344,160,000
2017 1200 342,857,143 690,940,567
2018 1600 457,142,857 1,155,960,146
2019 2000 571,428,571 1,740,566,664
2020 2400 685,714,286 2,446,123,409
2021 2800 800,000,000 3,274,009,216
2022 2800 800,000,000 4,111,332,921
2023 2800 800,000,000 4,958,202,116
2024 2800 800,000,000 5,814,725,621
2025 2800 800,000,000 6,681,013,493
There are 4800 cities by that time, but only 2800 of them are actively
importing large numbers of people. Equally spaced around the planet
the 4800 cities are separated by 367.5 km. A subterranean system of
magnetic levitation trains, along with pipelines, superconducting
wiring, and so forth, connect them all.
This can occur even as effort is underway to harvest water and iron
from the Neptune's moon Triton. This water and iron is processed and
transported to Venus to transform the surface and the atmosphere to
one more Earth like. Other materials are ejected from the surface as
they are made, to create a large plate at L1. The shield reduces
sunlight to 'Earth normal' and uses the solar power intercepted in
space to create a large magnetic field to shield the planet from solar
flares as the plate shadows the sun reducing its apparent intensity on
Venus' surface.
At this point the subterranean regions become automated factories and
farms to support humans occupying the transformed surface.
Why not just go there and acclimate by simply gradually equalizing to
the surrounding pressure (human DNA/RNA really doesn't care about
pressure as long as it's the same inside as out, and you'd have months
to make that adjustment), as well as processing and supplying everyone
with 99% H2 and 1% O2 isn't technically insurmountable, then as you
say simply apply local energy that's in no short supply and is fully
renewable as is for managing those local R-1024/m insulated surface
habitats, such as located near that rather large and complex airport
like infrastructure and the associated community of other substantial
structures, as well in order to fuel up and air condition our fleet of
composite rigid airships enough to have enormous ice skating rinks
inside each of them.
Btw; there's also no shortage of uranium or thorium, and if anything
it's a whole lot newer stuff than found here on Earth. By several
other research accounts, the planet Venus has an unusually high level
of metallicity.
I'm seriously not kidding.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
Because in my understanding, we cannot.
> (human DNA/RNA really doesn't care about
> pressure as long as it's the same inside as out, and you'd have months
> to make that adjustment),
This simply is not true as far as I understand things.
> as well as processing and supplying everyone
> with 99% H2 and 1% O2 isn't technically insurmountable,
You haven't established to my satisfaction that this is needed or
desired. Hydrogen appears to be in short supply on Venus surface,
(which is why I proposed importing ice from Triton) and mixing the two
gases at high pressure is a recipe for an explosion.
> then as you
> say simply apply local energy that's in no short supply and is fully
> renewable as is for managing those local R-1024/m insulated surface
> habitats,
I find this discussion very disheartening. You appear to my mind to
be either totally mad, or a troll. All you have suggested thus far is
infeasible for a variety of sound reasons based on what I know.
> such as located near that rather large and complex airport
> like infrastructure and the associated community of other substantial
> structures, as well in order to fuel up and air condition our fleet of
> composite rigid airships enough to have enormous ice skating rinks
> inside each of them.
I do not find any credible evidence that leads me to believe there are
any usable structures on the surface of Venus. If there are such
structures, landing there in large numbers and building subterranean
cities along the lines described, will reveal them. Even if the
surface proves to be habitable, starting with subsurface constructions
like those described earlier is a safe way to proceed.
> Btw; there's also no shortage of uranium or thorium, and if anything
> it's a whole lot newer stuff than found here on Earth.
We cannot know for sure, but the general consensus is that the
relative abundances of heavier materials like the ones you mention are
likely within a few percent of the ratios we see on the Earth and Moon
and Mars and the Sun. So, yeah. But, lithium is 250x more abundant
than Uranium and 1,000x more abundant than thorium, and produces no
radioactive by products while producing 100s of times more energy per
unit weight. So, I don't see why its important to build uranium or
thorium reactors when scalable aneutronic fusion reactors will do
nicely and be better fueled and produce less waste.
> By several
> other research accounts, the planet Venus has an unusually high level
> of metallicity.
Do you have a citation for this? Since the atmosphere is so
corrosive, the surface conditions are likely to be different than that
found on Earth. These differences need to be taken into consideration
when planning programs such as the one I've described. So, a thorough
exploration of the planet will precede such an effort.
> I'm seriously not kidding.
Whether you are kidding or not isn't the issue.
http://www.donaldedavis.com/BIGPUB/V10.jpg
http://nssdc.gsfc.nasa.gov/imgcat/hires/v10_lander.gif
http://en.wikipedia.org/wiki/Venera_10
http://www.donaldedavis.com/BIGPUB/VEN9RAW.jpg
http://www.donaldedavis.com/BIGPUB/V13DODGD.jpg
http://www.donaldedavis.com/BIGPUB/V14.jpg
http://www.donaldedavis.com/BIGPUB/V14COLR.jpg
http://www.donaldedavis.com/2004%20new/VENRDRAW.jpg
Venus has an extremely dense atmosphere, which consists mainly of
carbon dioxide and a small amount of nitrogen. The atmospheric mass is
93 times that of Earth's atmosphere while the pressure at the planet's
surface is about 92 times that at Earth's surface—a pressure
equivalent to that at a depth of nearly 1 kilometer under Earth's
oceans. The density at the surface is 65 kg/m³ (6.5% that of water).
The CO2-rich atmosphere, along with thick clouds of sulfur dioxide,
generates the strongest greenhouse effect in the Solar System,
creating surface temperatures of over 460 °C (860 °F).
By Volume
Carbon dioxide 96.5 %
Nitrogen 3.5 %
By Weight
Carbon dioxide 97.8 %
Nitrogen 2.2 %
Total Weight
Carbon dioxide 4.69171E+20 kg
Nitrogen 1.08287E+19 kg
The Carbon dioxide is eliminated by reacting it with iron to create
iron oxide and free carbon. 0.33% (1/3 percent) of the carbon dioxide
when decomposed directly releases enough oxygen to produce as much
oxygen as Earth's atmosphere. The remaining nitrogen is 2.7x the
amount of nitrogen left on Earth. So, a terraformed Venus as pointed
out in another post, would have the same partial pressure as Earth's
atmosphere, despite it being 3x the pressure and density.
Without this wholesale change the conditions on Venus are not suitable
for life. A tunnel bored into the depths of the planet will still
have to contend with the temperature. Using a meter of foamed glass
cast in place around a structural glass tunnel also cast in place
provides a thermal conductivity of 0.03 Watts/mK. So with a 440 °C
temperature difference, we have to reject 1 MW per kilometer, or 250
MW for the entire 250 km length of the spiral described earlier. With
a reasonably efficient refrigeration unit, this absorbs 1 GW of the
total 25 GW available. Waste heat from the illumination cycle is more
costly in terms of energy than leakage.
>
> > (human DNA/RNA really doesn't care about
> > pressure as long as it's the same inside as out, and you'd have months
> > to make that adjustment),
>
> This simply is not true as far as I understand things.
Your understanding is simply deficient. Just because your
understanding isn't up to speed, doesn't mean that I'm wrong.
>
> > as well as processing and supplying everyone
> > with 99% H2 and 1% O2 isn't technically insurmountable,
>
> You haven't established to my satisfaction that this is needed or
> desired. Hydrogen appears to be in short supply on Venus surface,
> (which is why I proposed importing ice from Triton) and mixing the two
> gases at high pressure is a recipe for an explosion.
There's no shortage of hydrogen, perhaps because it cloaked as a
planet, and it can't explode at ratios less than 5% H2. Obviously
you've forgotten all about the deep sea diving that used 4% O2 and 96%
H2. Again, that's not my problem, because it was documented as having
worked like a charm.
At 92+ bar, the human physiology only needs at most 1% O2, if half
that much.
>
> > then as you
> > say simply apply local energy that's in no short supply and is fully
> > renewable as is for managing those local R-1024/m insulated surface
> > habitats,
>
> I find this discussion very disheartening. You appear to my mind to
> be either totally mad, or a troll. All you have suggested thus far is
> infeasible for a variety of sound reasons based on what I know.
Clearly, what you know isn't sufficient.
R-1024/meter insulation isn't hard to accomplish, especially on a
supposedly crystal dry planet like Venus, and surrounded by mostly CO2
(an ideal freon replacement).
How many terawatts does does a well insulated habitat require? (just
kidding, because certainly not more than a KW/1000 m3 is required if
using R-1024/meter insulation)
>
> > such as located near that rather large and complex airport
> > like infrastructure and the associated community of other substantial
> > structures, as well in order to fuel up and air condition our fleet of
> > composite rigid airships enough to have enormous ice skating rinks
> > inside each of them.
>
> I do not find any credible evidence that leads me to believe there are
> any usable structures on the surface of Venus.
Perhaps you should tat least ry resampling/enlarging the image.
>
> If there are such
> structures, landing there in large numbers and building subterranean
> cities along the lines described, will reveal them. Even if the
> surface proves to be habitable, starting with subsurface constructions
> like those described earlier is a safe way to proceed.
What sort of fluid is in that upper reservoir that's connected to the
lower clover shaped reservoir?
How the hell did the nature of raw geology create that terrific
bridge?
>
> > Btw; there's also no shortage of uranium or thorium, and if anything
> > it's a whole lot newer stuff than found here on Earth.
>
> We cannot know for sure, but the general consensus is that the
> relative abundances of heavier materials like the ones you mention are
> likely within a few percent of the ratios we see on the Earth and Moon
> and Mars and the Sun.
You haven't researched, so that's not my problem. I've posted links
hundreds of times, though obviously you haven't bothered to look.
There's no objective evidence that Venus is the same age as Earth.
> So, yeah. But, lithium is 250x more abundant
> than Uranium and 1,000x more abundant than thorium, and produces no
> radioactive by products while producing 100s of times more energy per
> unit weight. So, I don't see why its important to build uranium or
> thorium reactors when scalable aneutronic fusion reactors will do
> nicely and be better fueled and produce less waste.
Because uranium and thorium reactors are turn-key, as proven
technology, whereas your fusion is perhaps decades away. (especially
decades off if conventional Big Energy has anything to say about it)
>
> > By several
> > other research accounts, the planet Venus has an unusually high level
> > of metallicity.
>
> Do you have a citation for this?
Yes. I never have to make this stuff up.
> Since the atmosphere is so
> corrosive, the surface conditions are likely to be different than that
> found on Earth. These differences need to be taken into consideration
> when planning programs such as the one I've described. So, a thorough
> exploration of the planet will precede such an effort.
Can't be all that corrosive without water. Sorry about that, unless
you're talking about those acidic clouds that never get to within 30
km of the surface.
>
> > I'm seriously not kidding.
>
> Whether you are kidding or not isn't the issue.
You've got to be kidding.
That will require some sort of reference to research results that
support your contention.
> Humans have
> been pressure tested, as having survived on mostly H2 and only a small
> amount of O2 at 68+ bar for extended periods,
I have never heard of this. Do you have references that support this
statement?
> with zero
> complications.
A pointer to a reference would be helpful here.
> Other forms of complex life has been tested well above
> 100 bar,
references?
> and they too survived with zero complications.
In a carbon dioxide atmosphere at 460 C with traces of sulfuric acid?
>
>
> > > (human DNA/RNA really doesn't care about
> > > pressure as long as it's the same inside as out, and you'd have months
> > > to make that adjustment),
>
> > This simply is not true as far as I understand things.
>
> Your understanding is simply deficient.
Then I am sure you would be happy to link to references that prove it.
> Just because your
> understanding isn't up to speed, doesn't mean that I'm wrong.
That's true only if what you say is true. So, I am sure you will be
happy to provide a link to references that support your assertions.
>
>
> > > as well as processing and supplying everyone
> > > with 99% H2 and 1% O2 isn't technically insurmountable,
>
> > You haven't established to my satisfaction that this is needed or
> > desired. Hydrogen appears to be in short supply on Venus surface,
> > (which is why I proposed importing ice from Triton) and mixing the two
> > gases at high pressure is a recipe for an explosion.
>
> There's no shortage of hydrogen,
A link to a URL that proves this would be welcome.
> perhaps because it cloaked as a
> planet,
All your other statements in this conversation bizarre as they were
did make reference to real thing in the real world. This statement
makes references to something that does not exist in the real world,
but is merely a figment of someone's imagination found only in
fiction. So, I await eagerly from you reference to a pointer about
cloaking planets.
> and it can't explode at ratios less than 5% H2.
Hydrogen gas is highly flammable and will burn in air at a very wide
range of concentrations between 4% and 75% by volume at room
temperature. Hydrogen gas in an oxygen atmosphere will remain
flammable in ratios as low as 0.8% and as high as 95% at room
temperature. Hydrogen in a pure oxygen atmosphere will be flammable
at nearly all ratios as temperatures rise.
> Obviously
> you've forgotten all about the deep sea diving that used 4% O2 and 96%
> H2.
I've never heard of it. I've heard of Helium used in this way, but
not hydrogen. Any references that you can provide would be a welcome
read.
> Again, that's not my problem,
Nor is your ignorance mine. I am merely asking you to give me the
basis of your many outrageous claims.
> because it was documented as having
> worked like a charm.
I eagerly await a pointer to references showing hydrogen (not helium)
was used in the way you describe.
> At 92+ bar, the human physiology only needs at most 1% O2, if half
> that much.
Partial pressures are easy to compute. At 93 bar, which is the
reported temperature, oxygen would only have to be 0.2% to be
breathable, if the other constituent gases were not harmful. As it
turns out, from my limited understanding, CO2 and CO as well as N2 are
poisonous at the pressures on Venus. Meanwhile, the 460 C surface
temperature reported would cause a person to cook since its hotter
than most ovens can achieve.
>
>
> > > then as you
> > > say simply apply local energy that's in no short supply and is fully
> > > renewable as is for managing those local R-1024/m insulated surface
> > > habitats,
>
> > I find this discussion very disheartening. You appear to my mind to
> > be either totally mad, or a troll. All you have suggested thus far is
> > infeasible for a variety of sound reasons based on what I know.
>
> Clearly, what you know isn't sufficient.
Somehow I think its not my knowledge that isn't sufficient, given the
abject lack of any references to support your view. I eagerly await a
correction with references.
> R-1024/meter insulation isn't hard to accomplish, especially on a
> supposedly crystal dry planet like Venus, and surrounded by mostly CO2
> (an ideal freon replacement).
Unless you try to breathe it.
> How many terawatts does does a well insulated habitat require?
I just computed that in my earlier posts for a system designed like a
bathyscape with 1 atm Nitrogen/Oxygen atmosphere inside, at 20 C,
illuminated by sunlamps.
> (just
> kidding, because certainly not more than a KW/1000 m3 is required if
> using R-1024/meter insulation)
<shrug> Foamed glass which can be cast in place using the sort of
tunneling system described has a thermal conductivity of 0.03 W/mK -
and a 25 GW reactor can complete an underground city with nearly 50 sq
km in 70 days and provide all the cooling capacity and light and air
handling needed for 4.8 million people.
>
> > > such as located near that rather large and complex airport
> > > like infrastructure and the associated community of other substantial
> > > structures, as well in order to fuel up and air condition our fleet of
> > > composite rigid airships enough to have enormous ice skating rinks
> > > inside each of them.
>
> > I do not find any credible evidence that leads me to believe there are
> > any usable structures on the surface of Venus.
>
> Perhaps you should tat least ry resampling/enlarging the image.
The image by itself is not sufficient. The pixel sizes are larger
than a football field. At the level of pixels, we are looking at
noise. Finding patterns at that level is like looking for the face of
a relative in shifting clouds. You will at time find them. Any
reasonable interpretation must take these factors into account. If
against this opinion there are massive artificial structures found on
Venus, travel to the planet and development there will reveal it soon
enough.
>
>
> > If there are such
> > structures, landing there in large numbers and building subterranean
> > cities along the lines described, will reveal them. Even if the
> > surface proves to be habitable, starting with subsurface constructions
> > like those described earlier is a safe way to proceed.
>
> What sort of fluid is in that upper reservoir that's connected to the
> lower clover shaped reservoir?
I have no idea, and neither does anyone else.
> How the hell did the nature of raw geology create that terrific
> bridge?
>
I have no idea, nor do I have any opinion either way. This is a
subject that requires additional information - for which I am keen to
support getting.
>
> > > Btw; there's also no shortage of uranium or thorium, and if anything
> > > it's a whole lot newer stuff than found here on Earth.
>
> > We cannot know for sure, but the general consensus is that the
> > relative abundances of heavier materials like the ones you mention are
> > likely within a few percent of the ratios we see on the Earth and Moon
> > and Mars and the Sun.
>
> You haven't researched, so that's not my problem.
No, I just know what little I've gleaned over the years, which is
summarized below;
Lithium 6 ; 20 ppm 7 MeV/nucleon 576 trillion Joules/kg
Thorium 232; 5 ppm 1 MeV/nucleon 23 trillion Joules/kg
Uranium 238; 2.5 ppm 1 MeV/nucleon 23 trillion Joules/kg
Uranium 235; 18 ppb 1 MeV/nucleon 23 trillion Joules/kg
> I've posted links
> hundreds of times, though obviously you haven't bothered to look.
I wasn't asking for any pointers to prove the reality of Thorium
fission. Thorium fission is perfectly real science as far as I'm
concerned. The only point I've made is that Lithium deuteride is a
far superior fuel if you know how to make use of it than any
fissionable product.
> There's no objective evidence that Venus is the same age as Earth.
I don't know what the age of the planet is. Scientific evidence must
await radioisotope comparisons and other means - assuming they haven't
already been carried out yet.
The injection of this point has nothing whatever to do with the fact
that Venus appears to be absolutely uninhabitable in its current
state.
> > So, yeah. But, lithium is 250x more abundant
> > than Uranium and 1,000x more abundant than thorium, and produces no
> > radioactive by products while producing 100s of times more energy per
> > unit weight. So, I don't see why its important to build uranium or
> > thorium reactors when scalable aneutronic fusion reactors will do
> > nicely and be better fueled and produce less waste.
>
> Because uranium and thorium reactors are turn-key, as proven
> technology, whereas your fusion is perhaps decades away. (especially
> decades off if conventional Big Energy has anything to say about it)
I was wrong. The abundance of thorium is greater than uranium vastly
greater than U235. The Thorium Energy Alliance is promoting thorium.
Its not turnkey, though experiments have been done on a small scale.
Experiments have been done with Voitenko Compressors as well.
Some benefits of thorium fuel when compared with uranium were
summarized as follows:
Weapons-grade fissionable material (233U) is harder to
retrieve safely and clandestinely from a thorium reactor;
Thorium produces 10 to 10,000 times less long-lived
radioactive waste;
Thorium comes out of the ground as a 100% pure, usable
isotope, which does not require enrichment, whereas natural uranium
contains only 0.7% fissionable U-235;
Thorium cannot sustain a nuclear chain reaction without
priming, so fission stops by default.
However, unlike uranium-based breeder reactors, thorium requires
irradiation and reprocessing before the above-noted advantages of
thorium-232 can be realized, which makes thorium fuels more expensive
than uranium fuels. But experts note that "the second thorium reactor
may activate a third thorium reactor. This could continue in a chain
of reactors for a millennium if we so choose." They add that because
of thorium's abundance, it will not be exhausted in 1,000 years.
>
>
> > > By several
> > > other research accounts, the planet Venus has an unusually high level
> > > of metallicity.
>
> > Do you have a citation for this?
>
> Yes. I never have to make this stuff up.
Do you mind sharing it?
> > Since the atmosphere is so
> > corrosive, the surface conditions are likely to be different than that
> > found on Earth. These differences need to be taken into consideration
> > when planning programs such as the one I've described. So, a thorough
> > exploration of the planet will precede such an effort.
>
> Can't be all that corrosive without water.
Yes it can.
> Sorry about that, unless
> you're talking about those acidic clouds that never get to within 30
> km of the surface.
I'm talking about surface conditions that destroyed landers within
minutes and photos that clearly show basaltic plains etched away by
something.
>
> > > I'm seriously not kidding.
>
> > Whether you are kidding or not isn't the issue.
>
> You've got to be kidding.
Not really. Give me some real references or lose.
Saul Levy
>> Brad Guth, YES, I'M REALLY INSANE!
Why are you suddenly unable to accomplish as good or better fact
finding?
Is your computer broken or unable to search on behalf of its owner?
>
> > Humans have
> > been pressure tested, as having survived on mostly H2 and only a small
> > amount of O2 at 68+ bar for extended periods,
>
> I have never heard of this. Do you have references that support this
> statement?
Yes, and I've posted those several times, but then supposedly you
already know more than everyone else combined, so I don't understand
how you can't already know these sorts of well documented and verified
things.
>
> > with zero
> > complications.
>
> A pointer to a reference would be helpful here.
SEARCH: hyperbaric humans bar
SEARCH: hyperbaric humans "100 bar"
Gee whiz, that was really hard, and it took forever (less than two
seconds)
http://www.esa.int/SPECIALS/HSF_Research/SEMWZ6HONDG_0.html
http://www.nationalhyperbariccentre.com/story.cfm?Story=6
>
> > Other forms of complex life has been tested well above
> > 100 bar,
>
> references?
Search for yourself, or do I have to do some more of that as well.
SEARCH: hyperbaric life "100 bar", diving 4% hydrogen, or go after
whatever makes you happy.
http://www.climateshifts.org/?p=5742
http://www.techdiver.ws/exotic_gases.shtml
http://jap.physiology.org/content/76/3/1113.abstract
http://jap.physiology.org/content/82/3/892.full.pdf
Obviously you're only interested in looking for the most negative
kinds of results, so good luck with that too.
>
> > and they too survived with zero complications.
>
> In a carbon dioxide atmosphere at 460 C with traces of sulfuric acid?
Where the hell did I ever specify doing Venus in the nude? (are you
really that dumbfounded?)
btw, without sufficient water vapor or even free O2, it would appear
that CO2 and even sulfur are each totally harmless. But then it seems
that I've only told you that a good thousand times. How many times
did you have to take classes over and over before anything sunk in?
>
> > > > (human DNA/RNA really doesn't care about
> > > > pressure as long as it's the same inside as out, and you'd have months
> > > > to make that adjustment),
>
> > > This simply is not true as far as I understand things.
>
> > Your understanding is simply deficient.
>
> Then I am sure you would be happy to link to references that prove it.
What good would that do? Because you've already made up your closed
mindset is perhaps why you haven't bothered to honestly look into
anything before.
Since when is our faith-based government run NASA telling us the whole
truth and nothing but the truth?
All the sudden you only believe them? Is this another bipolar complex
issue of yours?
>
> > Just because your
> > understanding isn't up to speed, doesn't mean that I'm wrong.
>
> That's true only if what you say is true. So, I am sure you will be
> happy to provide a link to references that support your assertions.
I've done that multiple times, and you've ignored such. So do it
yourself before accusing others of being serial liars like most
religions and near all of our government seems to be.
Why do I have to be the one and only all-knowing wizard about
everything related to the planet Venus?
You can't even accomplish your own basic digital resampling/
enlargements for Christ sake on a stick, so don't tell me that
everything on Venus is purely hot rocks, because you've offered
absolutely nothing in support of that interpretation.
Good grief, even I can show you pictures of Earth that look worse off
than Venus.
>
>
> > > > as well as processing and supplying everyone
> > > > with 99% H2 and 1% O2 isn't technically insurmountable,
>
> > > You haven't established to my satisfaction that this is needed or
> > > desired. Hydrogen appears to be in short supply on Venus surface,
> > > (which is why I proposed importing ice from Triton) and mixing the two
> > > gases at high pressure is a recipe for an explosion.
>
> > There's no shortage of hydrogen,
>
> A link to a URL that proves this would be welcome.
Planets (such as Earth) are extensively made of hydrogen, helium and a
few other random elements (it's called metallicity). Good freaking
grief as hell, you didn't know that?
Are you now telling us that a geothermally heated planet like Venus
isn't capable of venting gasses and all sorts of vapors?
>
> > perhaps because it cloaked as a
> > planet,
>
> All your other statements in this conversation bizarre as they were
> did make reference to real thing in the real world. This statement
> makes references to something that does not exist in the real world,
> but is merely a figment of someone's imagination found only in
> fiction. So, I await eagerly from you reference to a pointer about
> cloaking planets.
Your denial of being in denial is noted. Good luck with that, and how
well has that been working for you?
Seems none of your NEXT GREAT THINGS has materialized outside of words
and infomercial hype.
>
> > and it can't explode at ratios less than 5% H2.
>
> Hydrogen gas is highly flammable and will burn in air at a very wide
> range of concentrations between 4% and 75% by volume at room
> temperature. Hydrogen gas in an oxygen atmosphere will remain
> flammable in ratios as low as 0.8% and as high as 95% at room
> temperature. Hydrogen in a pure oxygen atmosphere will be flammable
> at nearly all ratios as temperatures rise.
Obviously you always have very special conditional laws of physics,
whereas your previous arguments about a certain terrestrial blimp and
many others specified for logging as also filled with pure hydrogen,
was not the least bit of a problem while surrounded by 20+% O2.
>
> > Obviously
> > you've forgotten all about the deep sea diving that used 4% O2 and 96%
> > H2.
>
> I've never heard of it. I've heard of Helium used in this way, but
> not hydrogen. Any references that you can provide would be a welcome
> read.
http://archive.rubicon-foundation.org/8144
"The first recorded use of hydrogen as a breathing mix was in 1789"
"Hydrogen has some characteristics that offer benefits to deep
divers."
http://www-personal.umich.edu/~lpt/mixhistory.htm
"In 1944 Arne Zetterstrom discovered a way to breach the transition
between compressed air and Hydrox without risking explosion. The
technique was to descend to 100 feet and switch to a 4% oxygen / 96 %
nitrogen mixture. After breathing this mix for sufficient time to
allow the oxygen concentration in the lungs to drop below the
"explosion threshold," the diver switched to Hydrox and continued
descent. On ascent, the diver again used the Nitrox (4% O2 / 96% N2)
as a transition between Hydrox and air. Using this technique, he
descended to 363 feet. At that depth, the alteration in voice
characteristics, coupled with excitement, made communication
impossible and additional dives used a telegraph key."
"On August 7, 1945 Arne intended to demonstrate the usefulness of his
technique for assisting in submarine rescue efforts by establishing a
new world record. It is believed that he dove on a support platform
suspended from the stern of the vessel. Due to intense current, a line
was rigged from the bow of the vessel to the support platform to
maintain vertical orientation. He dropped rapidly to 100 feet on
compressed air and made the Nitrox transition to Hydrox. Then, tapping
telegraph messages during the entire descent, he dropped to a record
setting 528 feet. Since no Hydrox tables existed at the time, Arne
used his own calculations for the ascent. His first staged
decompression stop was intended to be 165 feet. The bow winch stopped
at 165, but an enthusiastic, but misguided stern crew continued
raising him to the surface. There was no gas transition and he
ascended while breathing 4% oxygen/hydrogen with no decompression
stops. He died shortly after reaching the surface. The death
certificate stated that death was from "acute lack of oxygen and
caissons disease of a violent nature." Although his death was totally
unrelated to the use of hydrogen or his transition technique, (but by
what was termed "an unpardonable mistake"), research on this gas was
discontinued for many years."
Gee freaking whiz, for some reason my computer as connected to the
internet seems to locate hundreds and even thousands of well
documented articles pertaining to the use of 96% hydrogen and 4% O2
for deep sea diving.
Would you care to explain how a person of such higher education and
supposedly more knowledgeable than Einstein (such as yourself), simply
couldn't accomplish this?
>
> > Again, that's not my problem,
>
> Nor is your ignorance mine. I am merely asking you to give me the
> basis of your many outrageous claims.
"outrageous claims" FUCK YOU!!!!! my not so friend, as in FUCK
YOU!!!!, as in GO TO HELL and FUCK YOU!!!!
You expect others to accept all of your topic context of extremely
weird and outrageous as well as way-out-of-the-box stuff as though it
's an original Mook invention or creation that's a must-do kind of
thing, when in fact it's the R&D accomplished by others that you often
claim as your own. No wonder you like folks that plagiarize and
benefit at the expense and demise of others. How the hell does that
make you any different from those that keep shooting your ideas down?
>
> > because it was documented as having worked like a charm.
>
> I eagerly await a pointer to references showing hydrogen (not helium)
> was used in the way you describe.
You eagerly await nothing, you lazy-ass bum, because everything has
already been handed to you and you still refused to pay any
attention. Perhaps only because it wasn't your idea to begin with?
>
> > At 92+ bar, the human physiology only needs at most 1% O2, if half
> > that much.
>
> Partial pressures are easy to compute. At 93 bar, which is the
> reported temperature, oxygen would only have to be 0.2% to be
> breathable, if the other constituent gases were not harmful. As it
> turns out, from my limited understanding, CO2 and CO as well as N2 are
> poisonous at the pressures on Venus.
Duh, that's why you replace those other nasty elements with hydrogen,
or if you're really pathetic you can always use helium (even though
using hydrogen as well documented would be a whole lot better, but
then you already know everything there is to know, so why are you
pretending at being so utterly stupid?)
> Meanwhile, the 460 C surface
> temperature reported would cause a person to cook since its hotter
> than most ovens can achieve.
Again, with doing Venus in the nude, only proves that you're not only
bipolar nitwit but totally beyond any hope because you're acting crazy
as shit on a stick. My god, you really should never get yourself out
of bed, because you'd only kill yourself due to gravity, or from too
much water, or from burning yourself up alive.
>
> > > > then as you
> > > > say simply apply local energy that's in no short supply and is fully
> > > > renewable as is for managing those local R-1024/m insulated surface
> > > > habitats,
>
> > > I find this discussion very disheartening. You appear to my mind to
> > > be either totally mad, or a troll. All you have suggested thus far is
> > > infeasible for a variety of sound reasons based on what I know.
>
> > Clearly, what you know isn't sufficient.
>
> Somehow I think its not my knowledge that isn't sufficient, given the
> abject lack of any references to support your view. I eagerly await a
> correction with references.
4.1 bars(60 psi) and 10 K differential per km. How's that?
Here's another silly one; How about utilizing geothermal vents?
Do tell, how the regular laws of physics are not allowed to function
on other worlds.
Please send references to support that claim.
>
> > R-1024/meter insulation isn't hard to accomplish, especially on a
> > supposedly crystal dry planet like Venus, and surrounded by mostly CO2
> > (an ideal freon replacement).
>
> Unless you try to breathe it.
There you go again, in the nude like the really perverted dumb
poophead that apparently you apparently are.
>
> > How many terawatts does does a well insulated habitat require?
>
> I just computed that in my earlier posts for a system designed like a
> bathyscape with 1 atm Nitrogen/Oxygen atmosphere inside, at 20 C,
> illuminated by sunlamps.
>
> > (just
> > kidding, because certainly not more than a KW/1000 m3 is required if
> > using R-1024/meter insulation)
>
> <shrug> Foamed glass which can be cast in place using the sort of
> tunneling system described has a thermal conductivity of 0.03 W/mK -
> and a 25 GW reactor can complete an underground city with nearly 50 sq
> km in 70 days and provide all the cooling capacity and light and air
> handling needed for 4.8 million people.
In other words, terrific thermal insulation is simply not a problem,
and yet you've called me a liar, you sanctimonious bastard.
Easily obtained R-1024/meter is .00009765 W/mK, though it's not
obtained from the local WalMart store that you buy everything from.
>
>
> > > > such as located near that rather large and complex airport
> > > > like infrastructure and the associated community of other substantial
> > > > structures, as well in order to fuel up and air condition our fleet of
> > > > composite rigid airships enough to have enormous ice skating rinks
> > > > inside each of them.
>
> > > I do not find any credible evidence that leads me to believe there are
> > > any usable structures on the surface of Venus.
>
> > Perhaps you should at least try resampling/enlarging the image.
>
> The image by itself is not sufficient. The pixel sizes are larger
> than a football field. At the level of pixels, we are looking at
> noise. Finding patterns at that level is like looking for the face of
> a relative in shifting clouds. You will at time find them. Any
> reasonable interpretation must take these factors into account. If
> against this opinion there are massive artificial structures found on
> Venus, travel to the planet and development there will reveal it soon
> enough.
That statement only proves that all of this time you have been nothing
but a born-again liar, because you supposedly haven't even bothered to
look, much less accomplish your own image resampling/enlargement, and
you certainly haven't provided any image examples of geology that even
remotely supports your bigotry and its closed mindset. Is that
absolutely pathetic, or what. No wonder your own parents want nothing
to do with you, and you seem to have no other friends (at least none
willing to reply or contribute here), or for that matter any actual
employees.
>
>
> > > If there are such
> > > structures, landing there in large numbers and building subterranean
> > > cities along the lines described, will reveal them. Even if the
> > > surface proves to be habitable, starting with subsurface constructions
> > > like those described earlier is a safe way to proceed.
>
> > What sort of fluid is in that upper reservoir that's connected to the
> > lower clover shaped reservoir?
>
> I have no idea, and neither does anyone else.
But none the less, there is a fluid within that upper reservoir, which
further proves that you have looked at my 10x resampled image
enlargement, so once again you've been caught telling lies that you
can't see anything the least bit unusual or much less airstrip
infrastructure like, because that unusually long and flat item is a
whole lot bigger and way more interesting than that not so little
reservoir consideration.
>
> > How the hell did the nature of raw geology create that terrific
> > bridge?
>
> I have no idea, nor do I have any opinion either way. This is a
> subject that requires additional information - for which I am keen to
> support getting.
>
> http://1.bp.blogspot.com/_T_pwKfo5X1Q/TNBb6zNbGCI/AAAAAAAABXA/WU1hFDm...
Got any dimensions on that arch?
It's really not very big or crossing any enormous canyon, is it.
You mean for going there in the nude, and totally dumbfounded as well
as unprepared about everything else.
Yes, but supposedly you already know all there is to know, so why are
you pretending at being dumb again?
>
> > Yes. I never have to make this stuff up.
>
> Do you mind sharing it?
Not at all, at least not of the hundred times I've shared it before.
Where the hell have you been for the past decade?
>
> > > Since the atmosphere is so
> > > corrosive, the surface conditions are likely to be different than that
> > > found on Earth. These differences need to be taken into consideration
> > > when planning programs such as the one I've described. So, a thorough
> > > exploration of the planet will precede such an effort.
>
> > Can't be all that corrosive without water.
>
> Yes it can.
There you go again, with your conditional laws of physics.
Please demonstrate how CO2 and sulfur without water, hardly any O2 and
essentially no wind is a corrosive problem. (it's certainly not a
physics problem here on Earth, so why is Venus special?)
>
> > Sorry about that, unless
> > you're talking about those acidic clouds that never get to within 30
> > km of the surface.
>
> I'm talking about surface conditions that destroyed landers within
> minutes and photos that clearly show basaltic plains etched away by
> something.
Your lack of any real knowledge is absolutely astounding. Those NASA
infomercials and their highly colorized hype must have fried most of
your brain before getting out of grade school.
>
> > > > I'm seriously not kidding.
>
> > > Whether you are kidding or not isn't the issue.
>
> > You've got to be kidding.
>
> Not really. Give me some real references or lose.
Go fish, you all-knowing fake wizard of Oz.
While you're at it, go right ahead and prove to everyone that you're
not a total phony, as another bogus fart in the wind or at best a
rogue FUD-master like most everyone else.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://www.wanttoknow.info/
Why are you plagiarizing the research of others?
Why are you hijacking my topic?
Why are you telling us what we have already been told for decades?
Is this suddenly your topic of how impossible and worthless the planet
Venus is?
Why are you suggesting that only the Mook method of exploring other
words is the only way to fly?
Why don't you prove to us that you have at least one other friend
that's willing to support whatever it is that you have to offer?
It has been a good decade, so when is Mokenergy going to deliver its
first commercial tonne of hydrogen(H2) at $100, as made entirely from
solar energy and fresh water?
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://www.wanttoknow.info/
A PERFECT EXAMPLE OF ANOTHER INSANE POST FROM GOOFYSHITHEAD!
GOOD JOB, MORON!
Saul Levy
> Brad Guth, INSANE FUCKWIT!
KOOK FIGHT!!!
Everyone knows (especially myself), that Mook is a total wild card.
It doesn't mean that he's wrong about everything. This is just
another example of having to bitch-slap the little Mook bastard from
time to time, in order to get his undivided attention. There's no
question that at least half the time our Mook is either under or over
medicated, which of course you'd know best because of being on IV
drugs half your pathetic unproductive life.
Mook only knows of what others have posted or is otherwise internet
accessible, because his first-hand expertise and project management
skill is almost zilch, and most everything else about his supposed
talent and expertise of his, is nothing but another pathetic ruse like
so many others we know of (including yourself).
Even though I've suggest that a 50/50 kind of public funding grant or
zero interest investment should go towards the likes of Mook R&D, it's
highly unlikely that Mook could actually qualify. This still doesn't
mean that at least some of his interpretations and ideas are invalid,
just the part about his being in charge of such 50/50 public-funded
R&D is unlikely because William Mook absolutely can't work with anyone
else regardless of their expertise or honest motives.
When you only go looking for the negatives, that's generally what
you'll find.
Of course you wouldn't know about seeking and supporting honest
motives or honorable intentions if one slapped you in the face,
because official FUD-masters like yourself are specifically paid to do
just the opposite.
Mook only knows of what others have posted or is otherwise made
internet accessible, because his first-hand expertise and project team
management skill is almost zilch, and most everything else about his
supposed talent and expertise of his is nothing but another pathetic
ruse like so many others we know of (including HVAC, Hagar, BDK and
their rabbi Saul Levy, just to mention a few).
Even though I've suggested that a 50/50 kind of public funding grant
or zero interest investment should go towards the likes of Mook R&D,
it's highly unlikely that Mook could actually qualify. This still
doesn't mean that at least some of his interpretations and ideas are
invalid, just the part about his ever being in charge of such 50/50
public-funded R&D is unlikely because, William Mook absolutely can not
work with anyone else regardless of their talent, expertise or honest
motives.
When you only go looking for the negatives, that's generally what
you'll find, and Mook is always very good at finding those negatives
about research or ideas other than his own.
Of course some of you folks wouldn't know about seeking and supporting
honest motives or honorable intentions if one slapped you in the face
and kicked you in the butt at the same time, because official and
rogue FUD-masters or just pretenders like yourself are specifically
paid and/or rewarded to do just the opposite.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://www.wanttoknow.info/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
In order to be as fair as possible, you should stick with resampling
the original only 3:1 in order to extrapolate what those original 75
meter per pixel images had to offer. However, regardless of the
resampling or enlargement process running at 3:1, 5:1 or 10:1, nothing
weird is automatically added or subtracted, therefore what you get is
simply a less blocky image to review and interpret.
Of course it helps to deductively interpret if you have at least some
terrestrial examples of natural terrain that so happens to look as
though it is artificially geometric or having been modified by our own
intelligent life. At least so far, 10+ years and counting, none of
the mainstream wizards as perpetual naysayers and critics have squat
to show us in support of their interpretation of Venus being a planet
of nothing but inert hot rocks.
Besides myself making folk squirm and cringe, there is actually plenty
of ESA, Russian and independent research that has a lot of old and new
stuff to say about this extremely nearby planet, of which our nearly
bankrupted and kind of dysfunctional NASA is either in denial or
having to drag itself along as a back-seat passenger.
For those few independent and investigative Usenet/newsgroup readers
that still think they have an open mindset that isn’t preconfigured to
self-destruct or implode upon hearing, reading or observing a revised
interpretation about the planet Venus, I might actually have that
different interpretation to offer, as well as a few terrific ideas and
notions that could prove rather interesting. However, if you are a
certain kind of faith-based and kinda social/political closed mindset
in your set ways sticking with our mainstream status-quo of revising
nothing and of allowing nothing new in to challenge your mindset, like
99.9% of Americans having survived their K12 and higher education
years that seem to stick to their guns and preconceptions no matters
what, then you may not have to bother yourself with any of this,
because I’m only going to keep pissing you off.
Not that I can agree with each and every new or old interpretation by
others, such these results from Venus Express that are still ongoing
and developing will hopefully get further revised as time and
instance to look as though Venus already has at least one fairly
complex tarmac/airport situated rather boldly within a very rugged
kind of mountainous terrain, along with having that nifty nearby
bridge and a community of multiple high-rise geometries (large
geometric structures), as well as offering any number of nearby
complex natural formations and seemingly active dynamics taking place
(at least within connected reservoirs plus the “fluid arch”), that
when taken as a group just so happens to be oddly arranged as though
offering a perfectly rational community like infrastructure of viable
logistics that even most 5th graders could recognize.
As far as having renewable energy goes, it seems the planet Venus has
us beat by a good thousand to one, and with such local renewable
energy abundance (much of it via direct geothermal, volcanic in
addition to the terrific atmospheric dynamic pressure and thermal
differentials) plus there’s no apparent shortages of raw elements
(including H2, H2O and O2) is where anyone half as smart as a 5th
grader could manage to survive, with loads of energy and local
resources to spare. This is not to suggest that any sort of naked and
dumbfounded Goldilocks is ever going to be a happy Venus camper, or
that loads of frozen pizza and ice cold beer wouldn’t have to be
imported from Earth. Also try keeping in mind those terrific robust
cloud layers are not made of crystal dry sulfur dust (even ESA has had
to revise their assessment to allowing 14 teratonnes as water, and my
swag interpretation still has it pegged at holding 500+ teratonnes or
roughly 0.1% of that terrific atmospheric mass). Our extremely thin
and low density atmosphere holds at least 50e12 tonnes of H2O
(possibly with GW and AGW has that H2O saturated up towards 100e12
tonnes).
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original, because it’s entirely a product of the
original SAR obtained pixel data (nothing personal added or
subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my investigative and deductive
interpretation of what the image depicts is offering the best
observationology or the only option.
First of all, I kind of doubt the surface on average is going to be
significantly cooler than reported, however the most recent ESA data
via their Venus EXPRESS mission has been reveling surface temperature
variations plus telling of considerable atmospheric thermal
differentials that haven't been reported and/or sufficiently published
by others as having previously had essentially the same or better
science data to go by. Those polar surface temperatures could be
considerably cooler due to them strong atmospheric vortex
considerations that's causing such upper nighttime cryogenic
atmosphere to draw substantial energy away from the much hotter and
sultry or steamy lower atmosphere and that of its geothermally heated
surface.
What we have here to look at and deductively interpret is simply a
fair number of rather unusually complex geometric patterns, of
somewhat unusually unified or associated pixels forming rather complex
patterns that don't seem to be of entirely random geology
happenstance. However, there are a number of quite large and unusual
items that should be considered as natural, such as the "fluid arch"
and perhaps even that extremely large clover shaped reservoir could
easily be considered as something perfectly natural (even though the
geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat geometric item as
clearly offering a raised platform that’s situated within a
mountainous terrain, simply isn't as likely to be formed by way of any
natural geology and erosion that we know of, nor is that highly
unusual bridge item and those multiple other large scale items of
multiple rectangular quarry sites, plus having a nearby collection of
geometric shapes in a rational community like setting, of what seems
rather artificially structural and rational infrastructure worthy is
perhaps what should be closely reviewed by others to see if any or all
of those could have possibly been formed by some kind of weird natural
or conceivably unnatural processes.
You folks must also have at least as good if not a whole lot better
image processing expertise for this resampling/enlargement capability,
so please do share that better result with us, in that at least we can
be on the same page and not looking at entirely different areas. If
you need some assistance or advisements with selecting and/or
utilizing a photo enlarging process, even though most photo resampling
software is self explanatorily, I’ll gladly donate my time and
resources free of charge
If you should interpret this image as only containing perfectly
natural formations of greenhouse hot rock and depicting logical
patterns of erosion, then you must also have any number of reference
example images obtained of terrestrial geology recorded by similar
radar imaging resolution, by which that interpretation of seeing only
inert hot rock and natural erosion is based upon, and naturally we’d
like to have a look-see at whatever is within your observationology
frame of reference that gives you the necessary expertise, because you
can’t just be making stuff like that up in order to suit a given
opinion or policy.
If need be, ask others (5th graders if necessary) to see whatever they
can interpret, because at least they’ll be willing to honestly share
whatever satellite or aerial observations of weird terrestrial and
other geology that supports their interpretation of whatever the
planet Venus has to offer, because you have to base such
interpretations on something other than media and textbook
infomercials plus having a naysay closed mindset isn’t exactly
helpful. If you have some other interpretation for those reservoirs
that clearly contain something fluid, and especially have any better
idea as to that large clover shaped reservoir, or explaining the
nature of that “fluid arch” would be terrific to hear about.
Otherwise, go to BradGuth.blogspot, my Google document pages or simply
contribute a new topic that’s related:
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
Then it shouldn't be any trouble whatever to provide it once again.
> and
> just because you haven't bothered to review such or accept the well
> document research by others is not my problem.
I've never seen the references you claim to have. That you already
say I wouldn't accept it says a lot about what you think of it.
> Why are you suddenly unable to accomplish as good or better fact
> finding?
Because I'm relying on you for an honest answer about the arguments
YOU assert?
> Is your computer broken or unable to search on behalf of its owner?
No more than yours. I am asking you to support your assertions with
the best data you have. You should have this on the tip of your
tongue.
>
>
> > > Humans have
> > > been pressure tested, as having survived on mostly H2 and only a small
> > > amount of O2 at 68+ bar for extended periods,
>
> > I have never heard of this. Do you have references that support this
> > statement?
>
> Yes,
So, post it here.
> and I've posted those several times,
Then it would be easy to cut and paste them here in less time than it
takes to type this sentence.
> but then supposedly you
> already know more than everyone else combined,
Hey, if I know more than others its because I ask questions. I'm
asking you a question and expect an honest response.
> so I don't understand
> how you can't already know these sorts of well documented and verified
> things.
So, give me a pointer to documentation that will remind me of
something I've forgotten.
>
>
>
> > > with zero
> > > complications.
>
> > A pointer to a reference would be helpful here.
>
> SEARCH: hyperbaric humans bar
> SEARCH: hyperbaric humans "100 bar"
Nothing I have found supports your contention that hydrogen and oxygen
are used at high pressure. Nothing I have found supports your
contention that the atmosphere of Venus is survivable let alone
breathable.
> Gee whiz, that was really hard, and it took forever (less than two
> seconds)
Which is why I am mystified at your response here.
> http://www.esa.int/SPECIALS/HSF_Research/SEMWZ6HONDG_0.html
> http://www.nationalhyperbariccentre.com/story.cfm?Story=6
Nothing here supports what you've said about survival on Venus.
> > > Other forms of complex life has been tested well above
> > > 100 bar,
>
> > references?
>
> Search for yourself, or do I have to do some more of that as well.
> SEARCH: hyperbaric life "100 bar", diving 4% hydrogen, or go after
> whatever makes you happy.
I'm not making the assertions you've made. Nothing you have provided
and nothing I've seen supports your contention that the surface of
Venus is survivable or that hydrogen with a small amount of oxygen is
breathable at 93 bar.
> http://www.climateshifts.org/?p=5742
> http://www.techdiver.ws/exotic_gases.shtml
> http://jap.physiology.org/content/76/3/1113.abstract
> http://jap.physiology.org/content/82/3/892.full.pdf
>
> Obviously you're only interested in looking for the most negative
> kinds of results, so good luck with that too.
I haven't said anything negative. Thanks for these pointers.
Hydrogen (H2), hydreliox and hydrox:
Hydrogen has been used successfully in extremely deep dives (500
meters and more) with helium and oxygen. The COMEX (France) have
studied the effects on divers of exposure to hydrogen-helium-oxygen at
chamber depths to 2300 feet (701 m) (performed in 1992, test name:
"HYDRA 10"), 1706 feet (520m) and in the ocean 1752 feet / 534m
(performed in 1988, test name: "HYDRA 8"). The mixture of these three
gases is called hydreliox. Logically, it doesn't really have any
benefits to diving with open circuit SCUBA equipment (since it's not
very good idea to dive to such depths, mentioden above, with OC...).
More about COMEX's dives: http://www.under-water.co.uk/oct/comex.htm.
Hydrogen has also been used together with oxygen (hydrox), but this
mixture is very explosive, if the percentage of oxygen is more than
4-5%. For this reason it's not possible to breathe this mix above 30
meters to avoid hypoxia.
Read more about hydrogen and diving:
http://www.mindspring.com/~divegeek/mixhistory.htm
http://www.divingheritage.com/modernairsupplykern.htm
http://www.divingheritage.com/moderncomex.htm
http://www.saa.org.uk/ratsnest/othermixedgases.html
In 1945 Arne Zetterström (Sweden) reached 535 feet (164 m) on a
mixture of hydrogen, oxygen and nitrogen. Zetterström, who was 28 year
old, lost his life in a hydreliox dive, because two military service
persons, who were assisting him from the surface, misinterpreting the
signals. There's also a book, written by Arne Zetterström and co-
authored with Anders Lindén: "Arne Zetterström and the first hydrox
dives", published by the Swedish National Defence Research Institute
in 1985.
Hydrogen has 55% of the narcotic effect of Nitrogen.
The mixture described above is called hydro-heliox. It consists of 1%
oxygen, 49 % hydrogen and 50% helium
I read further that depths were limited, and exposure limited as well
- since hydrogen still has a narcotic effect.
Helium by comparison has only 23% the narcotic effect of Nitrogen -
and its depth while not as limited as hydrogen, is limited as well.
It seems to me that if you have the ability to maintain 1 bar pressure
inside a hardshell suit or submarine, that is far simpler and straight
forward solution to deal with high pressure than retooling the
atmosphere and everything in it.
>
>
> > > and they too survived with zero complications.
>
> > In a carbon dioxide atmosphere at 460 C with traces of sulfuric acid?
>
> Where the hell did I ever specify doing Venus in the nude? (are you
> really that dumbfounded?)
I'm just trying to figure out what you're suggesting. If I've got it
wrong, just tell me what you intended. Simple.
I'm suggesting something simple as well.
Namely, creating a tool set that's sort of like a Swiss Army knife of
skill sets that's as useful on Venus as it is Ceres.
You have tubular space colonies in vacuum, you have tubular tunnels
under high pressure - you have hardshell space suits in vacuum, you
have hard shell space suits under high pressure - everything is at one
bar with 21% oxygen and 78% nitrogen - no complex breathing schedules
and so forth. Long term survivability assured.
Obviously I haven't looked deeply into changing up the atmosphere to
survive. So, you have an advantage. I'm talking large scale
colonization of another world and what that will take. I presume
you're talking the same thing. If not say so.
I have no question that humans and animals and plants can survive in
Earth normal atmosphere at one gee for long periods of time.
Exposure times to exotic atmospheres you cited are limited even in the
pointers you gave, pressures are limited, decompression schedules
complex and potentially deadly, and use of the mixes in large spaces
prohibitively dangerous.
> btw, without sufficient water vapor or even free O2, it would appear
> that CO2 and even sulfur are each totally harmless. But then it seems
> that I've only told you that a good thousand times. How many times
> did you have to take classes over and over before anything sunk in?
I haven't seen any mention of the use of CO2 as a buffer gas in the
exotic mixes you pointed to and I followed up on. Do you have any
references to that?
>
>
> > > > > (human DNA/RNA really doesn't care about
> > > > > pressure as long as it's the same inside as out, and you'd have months
> > > > > to make that adjustment),
>
> > > > This simply is not true as far as I understand things.
>
> > > Your understanding is simply deficient.
>
> > Then I am sure you would be happy to link to references that prove it.
>
> What good would that do?
It would show you were right and I was wrong. The fact that you
didn't do it implies the opposite.
> Because you've already made up your closed
> mindset
Asking for references is just the opposite of this. That you already
make it my fault for asking for references says more about what you
knew and when you knew it when you wrote what you wrote - than it does
about me.
> is perhaps why you haven't bothered to honestly look into
> anything before.
I can only do so much. To my mind following the lead proposed by
Gerard O'Neill is worthwhile. Tubes liked Island Three can hold air
in at one atmosphere while spinning creates one gravity throughout
most of the tube. Tubes like CERN vacuum chamber holds pressure on
the outside, which suggests in places like Venus you can build tubes
that are evacuated to one atmosphere while the pressure outside is 93
bar. Same for hard shell suits. These suits operate in vacuum as
well as pressures up to 100 bar. To me, this sort of technology seems
straight forward.
If you can mix gases that provide the same long-term benefit to
humans, animals and plants as a standard atmosphere that operates at
93 bar, then that deserves a web page with sound references and
documentation. It would greatly simplify the construction of colonies
on the surface of Venus.
> Since when is our faith-based government run NASA telling us the whole
> truth and nothing but the truth?
??? We have to trust but verify and be prepared to change our minds
when things don't line up. When one engages someone for a long time
you get a sense of what is right and what is wrong. The heat balance
implicit in the temperature reports for Venus for example are not self-
consistent so more independent data must be generated by new flights
and observations and more thought put into it.
> All the sudden you only believe them? Is this another bipolar complex
> issue of yours?
Interesting defense mechanism you have there. You should look into
psychological projection or projection bias. This is a psychological
defense mechanism where a person subconsciously denies his or her own
attributes, thoughts, and emotions, which are then ascribed to the
outside world, usually to other people. Thus, projection involves
imagining or projecting the belief that others originate those
feelings.
Projection reduces anxiety by allowing the expression of the unwanted
unconscious impulses or desires without letting the conscious mind
recognize them.
An example of this behavior might be blaming another for self failure.
The mind may avoid the discomfort of consciously admitting personal
faults by keeping those feelings unconscious, and by redirecting
libidinal satisfaction by attaching, or "projecting," those same
faults onto another person or object.
The theory was developed by Sigmund Freud - in his letters to Wilhelm
Fliess, '"Draft H" deals with projection as a mechanism of defence' -
and further refined by his daughter Anna Freud; for this reason, it is
sometimes referred to as Freudian Projection.
>
>
>
> > > Just because your
> > > understanding isn't up to speed, doesn't mean that I'm wrong.
>
> > That's true only if what you say is true. So, I am sure you will be
> > happy to provide a link to references that support your assertions.
>
> I've done that multiple times,
No you haven't, not here, not for me.
> and you've ignored such.
I have looked at every reference you provided. I see that hydrogen
oxygen mixes has been used up to 50 bar with a 7.5 hour time limit. I
don't understand how that is as useful on the surface of Venus long
term with a 93 bar atmosphere as say a strong pressure vessel that
maintains 1 bar pressure inside.
> So do it
> yourself before accusing others of being serial liars
I never said you were a serial liar. That you believe I did says a
lot about what's going on inside you.
> like most
> religions
We're having a discussion about the colonization of Venus and what
can be done prior to its terraforming. In response to a suggestion of
yours I have proposed a system of subterranean colonies made with
1970s era technologies. You replied that its not necessary to
maintain one bar, that 93 bar is just fine. I asked for references
and you got mad. lol. I was surprised to find that deep dives have
been made with exotic atmospheres. None of what I read suggests such
atmospheres are survivable long term, or that an ecology can survive
in them.
Nevertheless, I am convinced that once large scale habitation of Venus
occurs, researchers of that epoch will explore these options to lower
effort required to survive on the planet.
> and near all of our government seems to be.
National governments are under concerted attacks by the oligarchs who
rule this planet. They have been shaping consensus reality of the
masses since Edward Bernays left his uncle Sigmund Freud in Austria
and made his way to Madison Avenue to help Wall Street snooker Main
Street and rob them blind. That was 1920s. By the 1930s his ideas
made it into politics - which gave rise to the Fascists - which is the
preferred method of control of the masses in the modern age according
to the oligarchs.
http://www.archive.org/details/Propaganda_600
http://www.youtube.com/watch?v=epeo73UKUs4
> Why do I have to be the one and only all-knowing wizard about
> everything related to the planet Venus?
Because you care more about Venus than anyone on Earth?
> You can't even accomplish your own basic digital resampling/
> enlargements for Christ sake on a stick, so don't tell me that
> everything on Venus is purely hot rocks, because you've offered
> absolutely nothing in support of that interpretation.
I don't understand how you can attack NASA while at the same time use
a small sampling of NASA data for your entire belief system. I don't
understand why you wouldn't support a return to Venus with an advanced
nuclear powered rover or aircraft
http://www.youtube.com/watch?v=nUQsRPJ1dYw
http://www.youtube.com/watch?v=geqip_0Vjec
http://www.youtube.com/watch?v=3CR5y8qZf0Y
http://www.youtube.com/watch?v=W18Z3UnnS_0
Basically you deploy a small thorium reactor that powers and heats a
hot air balloon in the deep atmosphere of Venus. The balloon carries
a number of quad rotors and walking rovers who use the reactor as a
recharging station for fuel cell powered robots.
The fuel cell powered quad-rotors carry fuel cell powered walkers to
the surface. Once there they exchange modular power cells - ferrying
power cells between the overhead balloon and the surface to provide
continuous operation. Teams of quadrotors and walkers communicate
through a router, and base station on the balloon - which has a phased
array antenna to communicate with Earth periodically.
http://solarsystem.nasa.gov/multimedia/display.cfm?IM_ID=8103
This would provide real-time long-term continuous coverage of the
regions you have an interest in and settle the issues once and for
all, and open up others - while gathering data useful for the
colonization and transformation of Venus.
While developing core skills for general exploration of a wide range
of worlds.
http://adsabs.harvard.edu/abs/2001iaop.work...87V
> Good grief, even I can show you pictures of Earth that look worse off
> than Venus.
One picture at the limit of resolution from an agency whom you have
characterized as liars has so many things against it, I don't
understand why you aren't calling for more detailed investigation of
this region with modern equipment and techniques.
The Japanese are planning a series of high-altitude balloons that use
infrared imaging to peer beneath the clouds. This too seems like a
good idea.
>
> > > > > as well as processing and supplying everyone
> > > > > with 99% H2 and 1% O2 isn't technically insurmountable,
>
> > > > You haven't established to my satisfaction that this is needed or
> > > > desired. Hydrogen appears to be in short supply on Venus surface,
> > > > (which is why I proposed importing ice from Triton) and mixing the two
> > > > gases at high pressure is a recipe for an explosion.
>
> > > There's no shortage of hydrogen,
>
> > A link to a URL that proves this would be welcome.
>
> Planets (such as Earth) are extensively made of hydrogen, helium and a
> few other random elements (it's called metallicity). Good freaking
> grief as hell, you didn't know that?
A link to a URL that proves there is no shortage of hydrogen would be
welcome.
> Are you now telling us that a geothermally heated planet like Venus
> isn't capable of venting gasses and all sorts of vapors?
>
My understanding based on what little I've gleaned over the years is
that Venus has been dehydrated. The hydrates have gone to water. The
water has decomposed due to UV radiation. The hydrogen has escaped
the planet leaving it dry. Perhaps I'm wrong in this assessment, if
there is an abundant source of hydrogen that would mean I don't have
to import oceans of water from Triton. So, this is of interest to me
for this reason.
Here are some videos that summarize the latest I've been able to
find. More about it in NATURE magazine.
http://www.youtube.com/watch?v=7Zm_-NOB4Rk
>
> > > perhaps because it cloaked as a
> > > planet,
>
> > All your other statements in this conversation bizarre as they were
> > did make reference to real thing in the real world. This statement
> > makes references to something that does not exist in the real world,
> > but is merely a figment of someone's imagination found only in
> > fiction. So, I await eagerly from you reference to a pointer about
> > cloaking planets.
>
> Your denial of being in denial is noted.
I eagerly await from you a reference to a pointer about the cloaking
of planets. The ESA Venus Express has been in orbit around the planet
for a year. So, I don't understand what you mean when you say the
planet is cloaked since there is no evidence of it.
http://www.esa.int/esaMI/Venus_Express/
Venus may have once been habitable. This suggests that it might be
made habitable again by importing enough water, and enough iron, or
finding enough of either, on the planet, to convert the CO2 to iron
oxides and free carbon, and produce a small quantity (relative to the
CO2) of oxygen.
http://www.esa.int/esaMI/Venus_Express/SEMQ9OLZLAG_0.html
> Good luck with that, and how
> well has that been working for you?
I eagerly await from you a reference to a pointer about the cloaking
of planets, and your proof that it is now being applied to the planet
Venus, and the explanation of the apparent lack of any cloaking
observed by the satellites now in orbit around Venus.
>
> Seems none of your NEXT GREAT THINGS has materialized outside of words
> and infomercial hype.
<shrug> I am busy with things that interest me and are worthy of my
time. haha - including talking to you about the planet Venus.
>
>
> > > and it can't explode at ratios less than 5% H2.
>
> > Hydrogen gas is highly flammable and will burn in air at a very wide
> > range of concentrations between 4% and 75% by volume at room
> > temperature. Hydrogen gas in an oxygen atmosphere will remain
> > flammable in ratios as low as 0.8% and as high as 95% at room
> > temperature. Hydrogen in a pure oxygen atmosphere will be flammable
> > at nearly all ratios as temperatures rise.
>
> Obviously you always have very special conditional laws of physics,
No, just what I understand. The references you gave also understood
this, since there was a flammability hazard.
> whereas your previous arguments about a certain terrestrial blimp and
> many others specified for logging as also filled with pure hydrogen,
> was not the least bit of a problem while surrounded by 20+% O2.
Well, pure hydrogen is not breathable that's the difference.
Hydrogen in air is also different than hydrogen with oxygen. The
hydrogen mixtures you pointed to used hydrogen in a triple gas mix
with helium to reduce the toxicity of oxygen and helium at high
pressures. Exposures are limited. Volumes of gas are limited to
reduce explosion risk.
>
>
> > > Obviously
> > > you've forgotten all about the deep sea diving that used 4% O2 and 96%
> > > H2.
>
> > I've never heard of it. I've heard of Helium used in this way, but
> > not hydrogen. Any references that you can provide would be a welcome
> > read.
>
> http://archive.rubicon-foundation.org/8144
I didn't realize this, so now I know something new.
Well, I posted the same thing from the same reference, once you
pointed it out to me. I also found that hydrogen used in this way was
benefit to divers, but their exposure was limited to 50 bar and 7.5
hours.
>
> > > Again, that's not my problem,
>
> > Nor is your ignorance mine. I am merely asking you to give me the
> > basis of your many outrageous claims.
>
> "outrageous claims" FUCK YOU!!!!!
This is not a useful response.
> my not so friend, as in FUCK
> YOU!!!!, as in GO TO HELL and FUCK YOU!!!!
Neither is this.
> You expect others to accept all of your topic context of extremely
> weird and outrageous as well as way-out-of-the-box stuff
Only because I provide support for what I say. I am merely asking for
similar support for what you say. As it stands;
(1) gas mixes can allow divers to survive up to 50 bar with hydrogen;
(2) no support of your assertion that Venus is cloaked; - I have
asked for further evidence, and what should the ESA Venus Explorer be
looking for?
(3) no support of your assertion that what you think are buildings
are any more than pixelation patterns the equivalent of seeing faces
in clouds; - I have asked for further research on the planet. This is
ongoing, since JAXA, ESA, and NASA are all sending probes to Venus
over the next decade.
> as though it
> 's an original Mook invention or creation that's a must-do kind of
> thing, when in fact it's the R&D accomplished by others that you often
> claim as your own.
I have my own ideas, true. I am working to make them reality. You
have recently piqued my interest in Venus. To that end I have
considered applying my approaches to the terraforming of Venus. In
response you have asked me to consider settling Venus as is. To that
end I have considered subterranean colonies using variants of 1970s
technology. In response you have asked me to consider using extreme
gas mixtures to allow people to survive on the surface without
building extreme pressure vessels. To that end I have looked at what
I knew about the planet and about ecologies and considered that too
extreme, though I admit it likely that settlers of Venus will look
into that sort of thing going forward. I also questioned the
existence of buildings and planetary cloaking devices on Venus at this
time. In response, you tell me to fuck off and that I'm not your
friend. haha - relieved as I am by this news it isn't really helpful
is it?
> No wonder you like folks that plagiarize and
> benefit at the expense and demise of others.
I do not, and you are projecting again.
> How the hell does that
> make you any different from those that keep shooting your ideas down?
My ideas don't rise and fall based on what others say, but based upon
what nature is.
>
>
> > > because it was documented as having worked like a charm.
>
> > I eagerly await a pointer to references showing hydrogen (not helium)
> > was used in the way you describe.
>
> You eagerly await nothing,
That is a powerful admission. Thank you.
> you lazy-ass bum,
haha - while I admit speaking to you and taking what you say seriously
might seem largely fruitless endeavor at first, I wouldn't say the
terraforming and colonizations ideas about Venus is worthless, so my
efforts in that regard do have merit, which makes me something other
than lazy. You on the other hand haven't bothered to support any of
your assertions fully and completely and clearly. Likely due to the
fact you don't want to. Which means this last statement is another
projection.
> because everything has
> already been handed to you
haha - I have earned everything I have.
> and you still refused to pay any
> attention.
I'm listening and responding to what you are writing. Now you are
mad. Why is that?
> Perhaps only because it wasn't your idea to begin with?
What are we talking about again?
>
>
> > > At 92+ bar, the human physiology only needs at most 1% O2, if half
> > > that much.
>
> > Partial pressures are easy to compute. At 93 bar, which is the
> > reported temperature, oxygen would only have to be 0.2% to be
> > breathable, if the other constituent gases were not harmful. As it
> > turns out, from my limited understanding, CO2 and CO as well as N2 are
> > poisonous at the pressures on Venus.
>
> Duh, that's why you replace those other nasty elements with hydrogen,
> or if you're really pathetic you can always use helium (even though
> using hydrogen as well documented would be a whole lot better, but
> then you already know everything there is to know, so why are you
> pretending at being so utterly stupid?)
I was unfamiliar with exotic breathing apparatus used by extreme
divers. You pointed to the use of hydrogen. The toxicity of hydrogen
is less than that of helium and less costly. It still has some
toxicity, and is not recommended for long term exposure or for use in
large volume - and its limit has been 50 bar afaict - though you say
100 bar - I await you pointing to a resource that shows this. In any
case, I'm not convinced I would support the transfer of billions of
people to colonies that used such extreme mixtures. I am convinced
that we can make pressure vessels that can maintain habitable
conditions within the colonies at 'Earth normal' conditions. On that
basis I am willing to support the transfer of billions to Venus, prior
to its transformation, and leave it to those colonists to develop
techniques to live outside the pressure vessels, prior to the
transformation to Earth normal conditions generally.
> > Meanwhile, the 460 C surface
> > temperature reported would cause a person to cook since its hotter
> > than most ovens can achieve.
>
> Again, with doing Venus in the nude, only proves that you're not only
> bipolar nitwit but totally beyond any hope because you're acting crazy
> as shit on a stick. My god, you really should never get yourself out
> of bed, because you'd only kill yourself due to gravity, or from too
> much water, or from burning yourself up alive.
Obviously you were not being clear. I am proposing transferring the
entire population of Earth to Venus within 10 years to live in sub-
venerial colonies while Neptune's moon Triton is disassembled and
transferred to Venus to transform the planet to Earth normal
conditions along the lines I've previously described.
In response I understood you to say people could live on the surface
unprotected. Now you say that's not what you meant. Okay, so what
are you saying? That people live in extreme atmospheres their whole
life? that they grow foods in such atmospheres? Then, all they need
is a thermal shield and refrigerator? I'm guessing, since you haven't
really explained yourself in the context of what I was proposing.
To my mind, given the limited exposure and research done with extreme
atmospheres, I think it is too dangerous to commit the bulk of the
population to those atmospheres. An insulated pressure vessel seems a
better choice made from local materials cast in place as described.
If you think using extreme atmospheres on the surface of Venus should
be pursued, I'm not stopping you. I'm merely saying I would support
pressure vessel based original colonies with research on the subject.
>
>
> > > > > then as you
> > > > > say simply apply local energy that's in no short supply and is fully
> > > > > renewable as is for managing those local R-1024/m insulated surface
> > > > > habitats,
>
> > > > I find this discussion very disheartening. You appear to my mind to
> > > > be either totally mad, or a troll. All you have suggested thus far is
> > > > infeasible for a variety of sound reasons based on what I know.
>
> > > Clearly, what you know isn't sufficient.
>
> > Somehow I think its not my knowledge that isn't sufficient, given the
> > abject lack of any references to support your view. I eagerly await a
> > correction with references.
>
> 4.1 bars(60 psi) and 10 K differential per km. How's that?
You've totally lost me, so this doesn't count as a reference I can
use.
> Here's another silly one; How about utilizing geothermal vents?
Are we still talking about Venus? Have you a map of geothermal vents
on Venus? An estimate of their value as an energy source?
> Do tell, how the regular laws of physics are not allowed to function
> on other worlds.
This is a nonsequitor.
> Please send references to support that claim.
>
I'm not making that claim.
>
> > > R-1024/meter insulation isn't hard to accomplish, especially on a
> > > supposedly crystal dry planet like Venus, and surrounded by mostly CO2
> > > (an ideal freon replacement).
>
> > Unless you try to breathe it.
>
> There you go again, in the nude like the really perverted dumb
> poophead that apparently you apparently are.
So, you are not proposing breathing the Venusian atmosphere with an
oxygen add on? You know like the way they thought you could survive
on Mars back in the day? If you're covering yourself with a thermal
shield and carting around a super-refrigerator to survive, the
addition of a pressure shell to avoid all this fooling around with
extreme gas mixes, seems the simplest way to go. You have a different
idea. Well, no one's stopping you from developing that.
>
>
> > > How many terawatts does does a well insulated habitat require?
>
> > I just computed that in my earlier posts for a system designed like a
> > bathyscape with 1 atm Nitrogen/Oxygen atmosphere inside, at 20 C,
> > illuminated by sunlamps.
>
> > > (just
> > > kidding, because certainly not more than a KW/1000 m3 is required if
> > > using R-1024/meter insulation)
>
> > <shrug> Foamed glass which can be cast in place using the sort of
> > tunneling system described has a thermal conductivity of 0.03 W/mK -
> > and a 25 GW reactor can complete an underground city with nearly 50 sq
> > km in 70 days and provide all the cooling capacity and light and air
> > handling needed for 4.8 million people.
>
> In other words, terrific thermal insulation is simply not a problem,
Not if you know what you doing, no.
> and yet you've called me a liar,
No I didn't. You are projecting again.
> you sanctimonious bastard.
No I'm not. You are projecting again.
> Easily obtained R-1024/meter is .00009765 W/mK, though it's not
> obtained from the local WalMart store that you buy everything from.
There are no WalMarts in New Zealand where I'm presently living.
0.03 W/mK put the refrigeration load at about 4% of the total energy
requirement of the base I've designed - extracted from data developed
from the Stanford Torus.
>
>
> > > > > such as located near that rather large and complex airport
> > > > > like infrastructure and the associated community of other substantial
> > > > > structures, as well in order to fuel up and air condition our fleet of
> > > > > composite rigid airships enough to have enormous ice skating rinks
> > > > > inside each of them.
>
> > > > I do not find any credible evidence that leads me to believe there are
> > > > any usable structures on the surface of Venus.
>
> > > Perhaps you should at least try resampling/enlarging the image.
>
> > The image by itself is not sufficient. The pixel sizes are larger
> > than a football field. At the level of pixels, we are looking at
> > noise. Finding patterns at that level is like looking for the face of
> > a relative in shifting clouds. You will at time find them. Any
> > reasonable interpretation must take these factors into account. If
> > against this opinion there are massive artificial structures found on
> > Venus, travel to the planet and development there will reveal it soon
> > enough.
>
> That statement only proves that all of this time you have been nothing
> but a born-again liar,
No it doesn't. Any analysis that shows where I have been mistaken in
any of the statements I've made above, would be welcome.
> because you supposedly haven't even bothered to
> look, much less accomplish your own image resampling/enlargement,
Ever hear the phrase- garbage in garbage out? Looking at the
pixelation of one image does not prove anything to me. That's just
me. Go back and take another picture. ESA has a spacecraft orbiting
the planet now. JAXA will have another one shortly. A confirmation
of the data would help convince me and other sceptics.
> and
> you certainly haven't provided any image examples of geology that even
> remotely supports your bigotry and its closed mindset.
In engaging you on this subject, and spending considerable time
thinking through the settlement options on Venus, I have not exhibited
either bigotry or closed mind. I have merely told you that a) I don't
believe there are structures on Venus, b) that I don't think if we're
considering moving the world's population to Venus that we should use
extreme gas mixtures.
> Is that
> absolutely pathetic, or what.
Not really.
> No wonder your own parents want nothing
> to do with you,
My parents are dead.
> and you seem to have no other friends
My friends are wondering why I'm sitting at the computer typing to you
and not spending time with them? lol. They're accusing me of not
wanting to help in the construction of my neighbors addition. I'll be
leaving for that shortly, and then we'll have a barbecue over by the
beach.
http://www.youtube.com/watch?v=5Z1Z42bc3hI
http://www.youtube.com/watch?v=1HUzdyGMkUQ
http://www.youtube.com/watch?v=6NDUyr0LpO8
http://www.youtube.com/watch?v=-8AGSrMyj_8
http://www.youtube.com/watch?v=i8q3nHyIM2c
http://www.youtube.com/watch?v=0y877R9xH5E
http://www.youtube.com/watch?v=pM_5XmoPwKM
> (at least none
> willing to reply or contribute here),
true.. they don't have my interest in this subject.
> or for that matter any actual
> employees.
true.. they all work for companies that have been purchased by Trusts
I have set up for the purpose of developing my ideas. Namely,
building a fleet of interplanetary cruisers and colonies on worlds
throughout the inner solar system. Including now, Venus.
>
>
> > > > If there are such
> > > > structures, landing there in large numbers and building subterranean
> > > > cities along the lines described, will reveal them. Even if the
> > > > surface proves to be habitable, starting with subsurface constructions
> > > > like those described earlier is a safe way to proceed.
>
> > > What sort of fluid is in that upper reservoir that's connected to the
> > > lower clover shaped reservoir?
>
> > I have no idea, and neither does anyone else.
>
> But none the less, there is a fluid within that upper reservoir,
I don't know that. I understand you believe the picture shows that.
I understand why you believe it. I don't know.
> which
> further proves that you have looked at my 10x resampled image
> enlargement,
Yes. I look at all the stuff you ask me to look at.
> so once again you've been caught telling lies
No I haven't. You are projecting again.
> that you
> can't see anything the least bit unusual or much less airstrip
> infrastructure like, because that unusually long and flat item is a
> whole lot bigger and way more interesting than that not so little
> reservoir consideration.
I don't know what that is. I'm not expert on analysis of Venus
pictures. I only know that it is. Not really. So, for me to say
anything is rather stupid.
>
>
> > > How the hell did the nature of raw geology create that terrific
> > > bridge?
>
> > I have no idea, nor do I have any opinion either way. This is a
> > subject that requires additional information - for which I am keen to
> > support getting.
>
> >http://1.bp.blogspot.com/_T_pwKfo5X1Q/TNBb6zNbGCI/AAAAAAAABXA/WU1hFDm...
>
> Got any dimensions on that arch?
No.
> It's really not very big or crossing any enormous canyon, is it.
I don't think so. But it is an example of a naturally occurring arch
on Earth. If the image is a natural arch it would be nearly as
amazing as an artificial arch to my mind. Its something that would be
fun to find out more about. Tell JAXA and ESA that. I have made a
note for the missions I hope to carry out one day. So, I don't
understand why you are irritated at me for that.
I don't know exactly what you're getting at. I have said the colonies
I've designed prior to terraforming Venus will be insulated pressure
vessels that maintain a 1 bar atmosphere within. You have proposed
something else. Its not clear to me what you are proposing. The only
thing I can say is go for it. I am not prepared to promote the
colonization of Venus using extreme atmospheres at this time, though I
am willing to admit once people are on planet in large numbers, they
will likely figure out things that will surprise both of us.
No, I just don't know what you mean by metallicity being higher. I do
seem to recall that there is a reduction of hydrates, so maybe that is
what you're talking about - but I don't know. I'm just asking for
clarification so I can make sense of what you do say.
>
>
> > > Yes. I never have to make this stuff up.
>
> > Do you mind sharing it?
>
> Not at all, at least not of the hundred times I've shared it before.
> Where the hell have you been for the past decade?
Doing other things obviously. After sharing it 100x or 1000x I'm
sure you won't mind doing it once again.
>
>
> > > > Since the atmosphere is so
> > > > corrosive, the surface conditions are likely to be different than that
> > > > found on Earth. These differences need to be taken into consideration
> > > > when planning programs such as the one I've described. So, a thorough
> > > > exploration of the planet will precede such an effort.
>
> > > Can't be all that corrosive without water.
>
> > Yes it can.
>
> There you go again, with your conditional laws of physics.
Not at all.
If you know more than me and are willing to share what you know then
you can correct me. From what little I know Venus atmosphere is
highly corrosive.
http://www.kcvs.ca/martin/astro/au/unit7/175/chp17_5.html
The URL above says in part; Space probes that have entered the
Venusian atmosphere have told us an interesting story. The atmosphere
is dominated by CO2 (96%) and Nitrogen (3.5%). Most peculiar are the
traces of highly corrosive compounds such as H2 SO4 (battery acid!!)
or HCl (hydrochloric acid!).
The Russian landers lasted only minutes before ceasing to operate.
You yourself mentioned the clouds of acid! Well, from what little I
know this material isn't contained 100% in the clouds, some of it
makes way to the surface and corrodes things there - in the absence of
water.
> Please demonstrate how CO2 and sulfur without water, hardly any O2 and
> essentially no wind is a corrosive problem. (it's certainly not a
> physics problem here on Earth, so why is Venus special?)
CO2 at 93 bar and 460 C with traces of battery acid and hydrochloric
acid is highly corrosive according to what little I know.
>
>
> > > Sorry about that, unless
> > > you're talking about those acidic clouds that never get to within 30
> > > km of the surface.
>
> > I'm talking about surface conditions that destroyed landers within
> > minutes and photos that clearly show basaltic plains etched away by
> > something.
>
> Your lack of any real knowledge is absolutely astounding.
No doubt, so it should be easy for you to educate me then wouldn't it?
> Those NASA
> infomercials and their highly colorized hype must have fried most of
> your brain before getting out of grade school.
Actually I'm outside the USA looking at the ESA data and the JAXA
plans and talking to some Russians who have had experience on the
subject in making my own plans. In my limited understanding and
experience the surface conditions of Venus are highly corrosive. If
you can demonstrate that the exact conditions found on Venus are NOT
corrosive, I would be interested in seeing that.
>
>
> > > > > I'm seriously not kidding.
>
> > > > Whether you are kidding or not isn't the issue.
>
> > > You've got to be kidding.
>
> > Not really. Give me some real references or lose.
>
> Go fish, you all-knowing fake wizard of Oz.
So, I guess you don't mind losing. Got it.
> While you're at it, go right ahead and prove to everyone that you're
> not a total phony,
Why should I care what other people think? I'm thinking about Venus
because you've asked me to. That alone should tell you I don't give a
shit about what other people think! lol.
> as another bogus fart in the wind or at best a
> rogue FUD-master like most everyone else.
<shrug> Its good to be suspicious of anyone who's trying to convince
you of something... that's why you should learn to think for yourself
and ask tough questions and not worry about popular opinion.
> http://groups.google.com/group/google-usenet/topics?hl=en
> http://groups.google.com/group/guth-usenet/topics?hl=en
> http://www.wanttoknow.info/
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
Good luck!
Tell you what Mr. Mook (aka wizard of Oz), I'll give this kind of
dumbfounded request of yours some added thought, but not right at this
time because, I'm kinda tired of playing your silly games, of your
being so selectively uninformed and/or unaware whenever it benefits
your old mindset interpretation that obviously will never change (at
least not for the better).
You know exactly who I am, but there is still no telling who William
Mook really is, or why such a supposedly wise and first-hand
experienced person that supposedly knows more than all of us combined,
that is also supposed to be getting himself so extremely rich and
powerful that we'll all have to beg for your energy and whatever fly-
by-fusion rockets in order to save ourselves from others of our own
kind, is spending any amount of personal time here in Google Groups
version of Usenet/newsgroups. I just can't imagine such supposed
talent and expertise being as wasted and getting trashed by other as
you seem to attract by most everything you contribute.
I'm going to restart this topic with initially minimal words and stick
with maximum image interpreting, because that's what I do best. Then
I'll suggest what some of the items could actually be, and how those
might function, as well as how the other intelligent life could have
been managing to survive that active pressure cooker planet. Until
then you should go away and accomplish any one of the dozen or more
things that you claim to be the one and only all-knowing world expert
at, get yourself all rich and powerful so that you can actually afford
to help others for practically the first time in your life. At least
that's what I would do if I were only half as smart as yourself.
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
Where?
LOL! You are TOO fucking funny, Guth.
> Mook only knows of what others have posted or is otherwise internet
> accessible, because his first-hand expertise and project management
> skill is almost zilch, and most everything else about his supposed
> talent and expertise of his, is nothing but another pathetic ruse like
> so many others we know of (including yourself).
Outfuckingstanding!
> Even though I've suggest that a 50/50 kind of public funding grant or
> zero interest investment should go towards the likes of Mook R&D, it's
> highly unlikely that Mook could actually qualify. This still doesn't
> mean that at least some of his interpretations and ideas are invalid,
> just the part about his being in charge of such 50/50 public-funded
> R&D is unlikely because William Mook absolutely can't work with anyone
> else regardless of their expertise or honest motives.
>
> When you only go looking for the negatives, that's generally what
> you'll find.
>
> Of course you wouldn't know about seeking and supporting honest
> motives or honorable intentions if one slapped you in the face,
> because official FUD-masters like yourself are specifically paid to do
> just the opposite.
I hope you never go away. Guth!
Aerojet General backed Robert Truax's idea for Sea Dragon a sea-
launched reusable rocket in 1962. Aerojet, who built the propulsion
system for the Polaris Missile could be considered the world's expert
on launching large capable rockets at sea.
Sea Dragon Documents
http://neverworld.net/truax/
The idea of using the shipbuilding assets of the nation to build
rocket ships is an interesting one even today. That's because the
world's shipbuilding capabilities as they were in 1960s in the USA,
are underused today.
The world produced last year 158.39 million tons of ships last year.
China continued to expand its share of the world's shipbuilding
capabilities and remained top builder with 54.96 million tons. Korea
came in second with 53.63% of the total. This despite demand
dropping. With oil output peaking world wide, this demand will
continue to drop as the world's economies continue to implode.
There is over-capacity in this sector because the industry suffers
from state-supported over-investment due to the fact that shipyards
offer a wide range of technologies, employ a significant number of
workers, and generate foreign income since sales are world wide.
Developing nations find shipbuilding an attractive industry to invest
in. Japan used shipbuilding in the 1950s and 1960s to rebuild its
industrial structure; South Korea started to make shipbuilding a
strategic industry in the 1970s, and China is now in the process of
repeating these models with large state-supported investments in this
industry.
As a result, the world shipbuilding market suffers from over-
capacities, depressed prices, low profit margins, trade distortions
and widespread subsidization.
Where state subsidies have been removed and domestic industrial
policies do not provide support, in high-cost nations shipbuilding has
usually gone into steady, if not rapid, decline. The British
shipbuilding industry is a prime example of this. From a position in
the early 1970s where British yards could still build the largest
types of sophisticated merchant ships, British shipbuilders today have
been reduced to a handful specialising in defence contracts and repair
work.
Japan lost its leading position in the industry to South Korea in
2004, and its market share has since fallen sharply. The entire
European market share has fallen to only a tenth of South Korea's, and
the outputs of the rest of the world have become negligible.
Japanese shipbuilders received orders for 13 export ships in March. Of
the 13 ships, seven are bulk carriers totaling 274,970 gross tons and
six are oil tankers of 272,950 gross tons. The 13 ships total 270,702
compensated gross tons.
Now, Japan has significant over-capacity that is still relatively
modern, and it is very under-valued on that basis. Japan has a superb
technical capability. This all can be used to build spacecraft in
the dry docks used for ocean ships, float them out to sea, and launch
them into space as Robert Truax describes. Japan has the capacity to
build the largest ships totaling 30 million tons per year.
That is, Japan's shipbuilding industry can build 400 ships that lift
75,000 tonnes every year.
What sort of ships shall these be?
Fusion powered ones.
In 1965 Demitri Voitenko built a shaped charge device capable
initiating a fusion reaction without the use of any fissionable
materials. By the 1970s it was being studied by the DOE. By the
1980s it was being studied by other nations. By the 1990s NASA was
looking at the potential of the technology.
It is rather simple once the details are worked out. A fusion fuel,
like lithium deuteride, is placed at the center of a spherical steel
shell. A Lithium-6 coated exploding wire surrounds this. All
contained in a deuterium atmosphere. Lining the inside of the steel
cavity is plastic explosive. The exploding wire detonates firing hot
lithium through the deuterium gas, causing an explosive wave that
leaves hot lithium deuteride in its wake. The explosive wave
detonates the plastic explosive, which causes a compression wave to be
formed, which bounces off the steel shell. This compression wave
compresses the lithium-6 deuteride to fusion temperatures and
pressures, vastly exceeding the Lawson Criterion for these fusion
fuels. The result, a self propagating wave of fusion is formed that
can grow to a size limited only by the amount of fusion fuel attached
to the Voitenko sparking device.
My contribution is the creation of Micro-Electro-Mechanical systems
which have been fabricated to make micro-compressors that when
operated in a deuterium/tritium atmosphere produce detectable neutron
bursts. MEMs fusion sparking devices have also been used to produce
powerful bursts of alpha particles (Helium-4 nuclei). I am working
now to expand on this success.
Alpha particles are easily deflected with little momentum loss from
materials possessing a high surface barrier, as has been reported in
IOP. Such materials are easily formed into reflectors that
efficiently reflect the light alpha ions into a collimated beam with
an exhaust velocity of 33,000 km/sec.
Ships that travel throughout the inner solar system at a constant 1
gee in space, and depart the surfaces of world's at (local gee + 1
gee). These ships mass as follows;
18% - Structure
12% - 22% - Propellant
65% - 45% - cargo
15% - passenger/crew
and are capable of flying throughout the inner solar system in a
matter of days, landing on any planet, moon or asteroid, and returning
to Earth.
Freighters, that fly basically near straight line routes at 116 km/
sec, traverse 10 million km in a day, ship cargo throughout the inner
solar system in weeks with only slight propellant on board.
18% -Structure
2% - Propellant
75% - Cargo
5% - crew/passenger
I described elsewhere online details for a 75,000 tonne ship cargo/
passenger ship that carries up to 40,000 tonnes cargo, 4,000 settlers,
3,600 tourists, and 3,600 crew.
I also described in detail a 3,600 tonne scout ship that carries 31
and 1,000 tonnes specialty equipment.
The larger ship is 230 m tall and 28 meters in diameter.
The smaller ship is 85 meters tall and 10 meters in diameter.
A 40 meter tall by 4.8 meter diameter 395 ton ship has also been
designed as well as a 400 meter tall 48 meter wide freighter.
Yacht - 395 ton, 40 m length, 4.8 m diam
Scout - 3,600 ton, 85 m length, 10 m diam
Passenger - 75,000 ton, 230 m length, 28 m diam
Freighter - 395,000 ton, 400 m length, 48 m diam
Lowering boost rate extends the distances that are traversed by the
ship. Lowering the boost to one-third gravity allows ships to boost
across the outer solar system in weeks. Raising the speed to 1,160 km/
sec allows freighters to traverse the outer solar system at a rate of
100 million km/day - serving the outer planets in 100 days or less.
With 30 million tons of capacity per year cheaply available we have
the following break down;
Annual Production of Fusion Spacecraft in Japan
5,000 x 395 ton = 1,975,000 ton
2,080 x 3,600 ton = 7,488,000 ton
245 x 75,000 ton = 18,375,000 ton
5 x 395,000 ton = 1,975,000 ton
Specialty Craft = 187,000 ton
With this capacity we can depopulate the Earth in 10 years starting in
2015
Year Ships People Off-World
2015 245 93,100,000
2016 490 280,361,340
2017 735 562,857,459
2018 980 941,674,034
2019 1,225 1,417,909,118
2020 1,470 1,992,673,282
2021 1,715 2,667,089,758
2022 1,960 3,442,294,581
2023 2,205 4,319,436,739
2024 2,450 5,299,678,318
2025 2,695 6,384,194,651
The goal of the effort is to learn how to live long and prosper on the
worlds of our solar system, and then turn that skill toward the
stars!
Ceres has more fresh water than Earth. The dwarf planet also has more
accessible raw material than is present on the Earth's crust. With an
abundant fusion power source billions of people could live quite well
on Ceres using RAMA type cylinders, each housing millions, and
thousands of cylinders which would surround the worldlet making it the
gateway to the outer solar system.
http://www.youtube.com/watch?v=sokHnXjSdSQ
There are a number of dwarf planets in the asteroid belt that are
similarly well endowed. Juno, Vesta, Pallas, among others.
Venus is like an Earth gone bad. Mining the ice of Neptune's moon,
Triton, and shipping it to Venus, along with a small quantity of iron
(relative to the ice) allows us to terraform that planet removing all
the CO2 from the atmosphere, reducing it to iron oxide and free
carbon. While producing a small amount of oxygen, and creating
oceans. Carbon is converted to diamondoid based self replicating
machines that fly to L1 and create a vast solar shield, cutting
sunlight down to Earth normal levels, while the intercepted sunlight
creates a powerful magnetic field around the shield, protecting Venus
from all but the worst of Solar flares.
As the terraforming effort is going on, people can still land on Venus
and using fusion powered tunnel boring machines that cast basaltic
glass tubes surrounded by foamed glass insulation, in place - to
create underground cities across the planet.
Arthur Clarke in his novel Sands of Mars got it right, by building a
fusion powered sun lamp on a repositioned Diemos floating at L1
there. The sun lamp also creates a large magnetic field to protect
Mars from Solar wind and flare activity. Meanwhile, solar powered
self replicating machines on Mars' surface processes the iron oxides
to release oxygen and moisture, and quickly transform the planet into
a second Earth.
Mercury has been processed by intense solar activity for billions of
years. Like a Texas oil man said once, of a deserted valley in Texas,
in a place that bad, there's got to be something valuable. The same
is very likely true of Mercury. A space colony positioned at L2
uses the planet itself as a shield in the early days. After a
thorough exploration, underground cities like those of Venus are built
where possible.
Meanwhile, specially built solar powered machinery process the surface
into self-replicating machinery that is ejected from the surface to
L1, creating a shield very similar to that for Venus- which cuts
sunlight to bearable levels, while an intense magnetic field deflects
intense solar wind and solar flare activity.
At this point, the colonists set their sight on terraforming Mercury
as the other planets, using the ice of Enceladus to import an ocean
for the planet.
The Moon is terraformed using the rising waters of an overheated
Earth. Fusion pellets are cast from a rail gun to detonate under 48 m
diameter spheres carrying carbonated water - achieving 12 km/sec in 5
minutes. Then, another sphere is loaded and ready to follow. Nine
hours later, a similar system slows the spheres down on the surface of
the Moon. In eleven years enough carbon dioxide is removed to reduce
CO2 levels to preindustrial values while removing enough water to end
the rise of the oceans.
This is the specialty system described above.
At first, these systems feed water to subsurface colonies similar to
those built on all the planets. Later they provide free water to a
terraformed moon. Later still, the ice of Dione, a moon of Saturn, is
used to bring oceans to the Moon, while refilling the oceans of Earth
as conditions reach pre-industrial levels. Dione itself is developed
as the dense core is uncovered and the massive quantities of fresh
water remaining are used to fill asteroid style colonies.
In the end, the solar system will be populated and no world, including
Earth will have more than a quarter billion to a half billion people
inhabiting it.
Are you having another brain-fart, because hardly if any of this
pertains to the planet Venus.
The wizard of Oz asked for the broomstick of the Wicked Witch before
he would grant Dorothy's request. The strawman was the farmer, the
tin man the manufacturer, the cowardly lion William Jennings Bryan,
the yellow brick road the road of gold, the Wicked Witch of the East,
JP Morgan, the Wicked Witch of the West, Rockefeller. The slippers
were silver, not ruby. The Emerald City - Washington DC.
Remember - Dorothy had it in her all the time to go back home and save
the farm in Kansas.
http://www.youtube.com/watch?v=3VNcnxj2Dr8
> I'll give this kind of
> dumbfounded request of yours some added thought,
Alright.
> but not right at this
> time because, I'm kinda tired of playing your silly games,
I'm not playing games, silly or otherwise.
> of your
> being so selectively uninformed and/or unaware
I can only know what I know. I cannot know what I do not know. I can
however ask questions and think about the responses I hear, on that
basis I can come to know things I didn't know before. That's how it
works for me. How does it work for you?
> whenever it benefits
> your old mindset interpretation that obviously will never change (at
> least not for the better).
I'm willing to consider new ideas. Are you?
http://www.youtube.com/watch?v=T69TOuqaqXI
> You know exactly who I am,
No I don't.
> but there is still no telling who William
> Mook really is,
I know more about myself than I know about you. Don't you find that
true about yourself?
> or why such a supposedly wise and first-hand
> experienced person that supposedly knows more than all of us combined,
How does me asking you questions about what you say indicative of my
having more knowledge than you? Isn't it the opposite?
> that is also supposed to be getting himself so extremely rich and
> powerful
Like George Washington, I will judge success in my life by the amount
of wealth and power I can give away. You might recall people wanted
Washington to become King. Washington refused and gave a speech on
the subject. I recommend it to everyone who cares about the state of
the world.
> that we'll all have to beg for your energy
Its quite the reverse. Brokers every day are begging qualified buyers
to buy 75 contracts per exchange, per facility.
> and whatever fly-
> by-fusion rockets in order to save ourselves from others of our own
> kind,
The solar assisted Bergius process is at the heart of financial
program to begin addressing the energy issues of this planet. The
risks and proofs are such that projects using money gathered in the
public market can be supported. The fusion technology just recently
came to my attention, and is quite exciting. The money for this is at
the angel investor level. The major risk both programs are running is
their reliance on money - which may become valueless in the time frame
of the projects. I am working on that with my tensor voting approach,
and installing it at the State level within various States.
> is spending any amount of personal time here in Google Groups
> version of Usenet/newsgroups.
It is winter here in New Zealand. Arthur's pass was closed due to
snow yesterday. The greenhouses are not completed, so farming
activity is slowed. I am between trips to Asia and Europe and I do
have some time. It won't always be this way. However, I do take a
few minutes a day to read what you have to say and respond to it.
It doesn't take a lot of time for me, and it is low priority for me
relative to other things in my life.
Isn't it the same for you?
> I just can't imagine such supposed
> talent and expertise being as wasted
If I believe something to be a waste of time I do not engage in it.
Isn't it the same for you? That you think my time is wasted thinking
about what you say and asking you honest questions, says a lot about
what YOU think. lol.
> and getting trashed by other as
> you seem to attract by most everything you contribute.
I am not responsible for the behavior of others. I do not have to
explain their behavior. They do. For the most part, people whose
life is organized around lies don't respond well to reason and truth
no matter how kindly revealed.
> I'm going to restart this topic with initially minimal words and stick
> with maximum image interpreting, because that's what I do best.
I am only responding to what you've written. I gave Venus some
thought and have a first pass at terraforming the place. I had
written it off before. You then asked that I consider settling the
place as is. I gave that some serious thought and posted my
response. You then asked me to consider changing the people to live
on Venus without the use of partial vacuum chambers to reduce the air
pressure to 1 bar. I resisted that notion primarily because I have a
strong prejudice that humans should change the environment, not adapt
to the environment. I'm old fashioned that way.
> Then
> I'll suggest what some of the items could actually be, and how those
> might function, as well as how the other intelligent life could have
> been managing to survive that active pressure cooker planet.
I had a dream the other night that life arose on Venus and trashed
their planet, and survivors made it Earth. Here they have secretly
ruled behind the scenes of a long time. From about the time in
Mesopotamia when people began worshiping Lucifer - the name they had
for Venus.
This time however, they have a strong prejudice to do no harm to the
planet they've adopted. In the process they ignore the potential of
the creatures of this planet to contribute something they never could
think of - terraforming.
haha
It makes a nice story.
> Until
> then you should go away
How is this any different than telling me to shut the fuck up, in
response to asking you an honest question? It isn't. You're the one
being an ass. Not me.
> and accomplish any one of the dozen or more
> things
You are making a false choice here. You assume wrongly that I cannot
spend a moment to respond to what you write, and accomplish other
things, like fix a bowl of porridge and a pot of coffee and toast home
made bread...
> that you claim to be the one and only all-knowing world expert
> at,
How is asking you questions and supporting evidence make me an expert?
> get yourself all rich and powerful
I am doing exactly what I want, and my ideas are having an impact in
certain places. This is very satisfying for me. You have the same
abilities, use them.
> so that you can actually afford
> to help others
I find you get what you give. If I have anything, it is because I
gave something. Isn't it the same for you?
> for practically the first time in your life.
I started with nothing, I have nothing material now. The only thing I
have are friends and lovers who support and nurture me and want me and
my ideas to succeed. Isn't it the same for you?
> At least
> that's what I would do if I were only half as smart as yourself.
I'm asking you questions about the topics you chose to write about.
So far you have not responded meaningfully to these questions. You
have however, attempted to somehow spin things in a way to make the
act of asking you a question my fault. lol. Surely you see the
illogic of that?
If you'll exclude 99% of all the mostly unrelated stuff, it would
help, but that's probably asking too much.
As I said, I'll have to restart this topic and try to focus on the
basics of my observationology aspects, because obviously that and the
associated natural geology surrounding everything is seemingly an
insurmountable issue because of your K12 mainstream founded
preconceptions, as that alone has you kind of cornered and
dumbfounded, or perhaps it's simply because you can't be bothered to
research anything constructively on behalf of the original topic or
its author. (hijacking a topic for hyping your own private notions and
agenda really doesn't count as being helpful)
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
Now, what if aliens - maybe sulfur based - like the mythical Star Trek
creature - the Horta - liked higher temperatures and pressures than we
- arrived here in our Solar System? Maybe the would set up a base in
Venus and arrange engineered collisions to warm up its surface and
bring it into a thermal and chemical balance that was conducive to
their life type.
http://www.youtube.com/watch?v=39roz9jQfzE
http://www.youtube.com/watch?v=FPvw0mHbyd0
That's not impossible, although existing terrestrial technology and
electromechanicals can function within an 811K environment as is, and
pressure is not really an insurmountable problem for our biology or
physiology as long as pressure equalizing, applied physics and
technology is allowed to coexist on the mission, so that we don't have
to breath CO2 or otherwise roast to death.
Personally, I'd spend most of my time onboard a rigid composite
airship/shuttle that was insulated and air conditioned well enough to
include an Olympic sized ice skating rink, because that's technically
doable.
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
The air density at Venus' surface is 67 kg/m3 and pressure
compensated heliox atmosphere is 2 kg/m3 at the same 93 bar pressure.
So, there is a buoyancy of 65 kg/m3. A Buckminster Fuller style
geodesic dome made with highly insulating foamed structural glass
panels, with stainless steel space frame construction coated with
foamed glass - with a density of 280 kg per square meter. The dome
when its 25.85 meters in diameter is neutrally buoyant at 587.8 metric
tons. A dome that's 50 meters in diameter weighs 2,199 metric tons
and lifts a load equal to 2,055 metric tons. A tank that admits CO2
and pressurizes it to 500 bar or so serves as a buoyancy control.
A self-erecting hoberman sphere dropped into the atmosphere of Venus
would look something like this.
http://www.youtube.com/watch?v=VY7WEXQaatA
http://www.youtube.com/watch?v=xRL0tMaNgjQ
http://www.youtube.com/watch?v=G_nEOWMKq8o
http://www.youtube.com/watch?v=XSw69xpR6B4
Think "composite rigid airship", because that's what we'll need.
Start off with an airship buoyancy displacement of a million m3 = 65e6
kg
The outer shell or hull of this composite airship can have an
insulation value as great as R-1024/meter.
Think "composite rigid airship", because that's what we'll need.
Start off with an airship buoyancy displacement of a million m3 = 65e6
kg (not that as little as 1e3 m3 couldn't also be accomplished)
The outer shell or hull of this rigid composite airship can have an
insulation value as great as R-1024/meter (though as little as R-64/m
might be sufficient), and there's no reason why the hull (single or
double) couldn't be several meters thick if need be, displaced by hot
hydrogen and/or even by some degree of vacuum.
Buoyancy control can be by way of merely flooding selected
compartments or cells with CO2, and otherwise purged with hydrogen (or
use helium if you're being a wuss about using hydrogen).
Also remember that whatever materials of construction, including
titanium alloys plus whatever payloads weigh only 90.5% as much on
Venus as they do here on Earth. The inert dry mass of such a
composite rigid airship really shouldn't be all that much, even if it
has a great deal of internal infrastructure.
http://www.physorg.com/news205475495.html
At higher altitudes temperatures and pressures are more Earthlike.
This is also an area of interest, especially as a place to mount
surface operations from.
KM T(C) P(Bar)
45 110 1.979
50 75 1.066
55 27 0.5314
60 -10 0.2357
At any pressure a CO2 atmosphere is 1.52x the density of an Oxygen/
Nitrogen atmosphere. Maintaining a partial pressure of 1/5th Bar (2.9
psi) and pressurizing with up to 2 bar with nitrogen, should operate
over the range shown without heavy thermal insulation refrigeration,
power supplies and so forth.
Of course an unpiloted balloon can be filled with helium and operate
at higher altitudes - collecting sunlight on its surface, charging
hydrogen/oxygen fuel cells for Venusian surface craft that are
transported by quadrotors as I've indicated previously.
Piloted operations will await perfection of fusion propulsion and
power systems. These will give substantial performance to vehicles
that are neutrally buoyant. Sort of like long duration heavy lift
systems like these;
Why are you falling back on old and outdated NASA infomercials and
typical disinformation stuff?
Thermal insulation is not heavy, or even all that bulky, but then your
inability to research into such matters is a seemingly heavy kind of
near insurmountable problem.
Why not simply design and engineer a fully functional composite rigid
airship/shuttle, as one that can enter the Venus nighttime cryogenic
nighttime atmosphere from low orbit and simply fly and float its way
down through those acidic clouds and proceed to cruise about the
planet at something like an altitude of 20~25 km where the toasty
atmosphere is relatively buoyant worthy as well as calm and clear?
Is there something of existing materials and technology that's
missing?
Doing this in a sufficiently big way might suggest a 500 meter long by
75 meter diameter craft (should easily incorporate 1e6 m3 worth of
mostly H2 displaced buoyancy), plus whatever aerodynamic control
surfaces that'll get fully deployed once entering them clouds, along
with its ducted fan propulsion, reaction thrusters and landing skids.
A suitable and fully disposable reentry shield plus the outer layer of
protective ceramic tiles shouldn't be all that insurmountable.
You can always argue the pros and cons of most any such craft design
or that of its engineered functionality, but when the best ideas and
methods are constructively applied to a given design of an airship/
shuttle application like this, it really shouldn't be so hard to nail
down. Obviously this level of technological application would be the
most complex airship design and application, that would make a nuclear
powered submarine seem rather simple.
What did I say was incorrect? What is the correct number?
> Thermal insulation is not heavy, or even all that bulky,
Foamed glass of the type I've looked at isn't structural - it needs to
be encased in some sort of skin. If I'm using ship yards to build
things using existing tech, this is the weight I'm stuck with.
You are correct in that we might get vastly lighter weights. This
means a smaller system overall.
> but then your
> inability to research into such matters is a seemingly heavy kind of
> near insurmountable problem.
<shrug> I spend what time I can and report what I find. If I'm
wrong, post better data.
http://www.foamglas.co.uk/building/products/product_overview/foamglas_slabs/
> Why not simply design and engineer a fully functional composite rigid
> airship/shuttle, as one that can enter the Venus nighttime cryogenic
> nighttime atmosphere from low orbit and simply fly and float its way
> down through those acidic clouds and proceed to cruise about the
> planet at something like an altitude of 20~25 km where the toasty
> atmosphere is relatively buoyant worthy as well as calm and clear?
Um, yes, you could operate at 20-25 km. Yes, you could make a
substantially more costly and vastly lighter system. Yes, you can
descend into Venus from orbit - either side will do. Yes you can
build a neutrally buoyant hybrid aircraft.
http://www.youtube.com/watch?v=W3n5cUaG5fg
Once you're on Venus, you're stuck! Unless you've got a really
powerful launch system there. I don't know how you get out without a
really superb rocket!
That's why I figure I'd use robotic systems to explore the planet -
deployed with chemical boosters - and then follow up with fusion
powered system a three years later.
> Is there something of existing materials and technology that's
> missing?
Hey, don't get pissed at me for the work I do. Show me how to do it
better!
<shrug> I posted a pointer to my technical reference. If you have
better stuff, cheaper stuff, more easily worked stuff, point to it as
well.
> Doing this in a sufficiently big way might suggest a 500 meter long by
> 75 meter diameter craft (should easily incorporate 1e6 m3 worth of
> mostly H2 displaced buoyancy), plus whatever aerodynamic control
> surfaces that'll get fully deployed once entering them clouds, along
> with its ducted fan propulsion, reaction thrusters and landing skids.
> A suitable and fully disposable reentry shield plus the outer layer of
> protective ceramic tiles shouldn't be all that insurmountable.
You got it right the first time when you said low weight per unit area
and high atmospheric density.
If you can produce a hybrid balloon with 20 kg per square meter
surface weight - at 50 kg per cubic meter buoyancy you can have a
system that's only 2.4 meters in diameter and masses only 115.2 kg.
If your hybrid balloon masses 170 kg per square meter and it operates
in a region that has 5 kg per cubic meter buoyancy you have a system
that's 204 meters in diameter and masses a whopping 22,226 tonnes!
Its easy to figure out. Put your own figures in.
Areal density * Area = Volumetric density * Volume.
A sphere has A = pi()*Diameter^2
V = pi()/6 * Diameter^3
So, Minimum Diameter = (Areal Density / Volumetric Density)*6
Different shapes have different factors -
> You can always argue the pros and cons of most any such craft design
> or that of its engineered functionality,
Correct.
> but when the best ideas and
> methods are constructively applied to a given design of an airship/
> shuttle application like this, it really shouldn't be so hard to nail
> down.
Then do so.
> Obviously this level of technological application would be the
> most complex airship design and application, that would make a nuclear
> powered submarine seem rather simple.
I don't know, I haven't looked at designing nuclear subs that closely.
A 4 meter diameter solar powered discus that carried a number of 5 kg
rovers and quad rotors - around the planet would be phenomenal. They
could explore in detail all the areas you speak of in your posts - and
get to the root of the matter.
Tough heat resistant material can be made that weighs less than 0.4 kg
per square meter - and at 50 kg/m3 buoyancy - you end up with 48 cm
diameter and 2.8 grams!
Heck on Earth you end up with 2 meter diameter and 5 kg.
A robust solar powered hydrogen/oxygen filled balloon in Earth's
atmosphere would be interesting.
You can see in my research paper here
http://www.scribd.com/doc/20024019/White-Paper-to-Mok-FINAL-1
On page 23 - using a substrate to produce a really really thin epi
layer that flakes off - is an idea I've been working on for nearly a
decade! lol. I mentioned nano fabrication techniques that take stock
molecules form a epi layer with them and release them to fold up.
One of the cool things that can be done is to create a really dark and
efficient solar fabric that can stretch and bend somewhat - and be
used to coat a balloon without adding a lot of weight.
Its sort of an in-between - traditional wafer processing and the
advanced nano-structuring I've described elsewhere.
Anyway, this is very near term.
Elsewhere I've described cell sized devices that float invisibly
around the world providing shadow net and surveillance services.
Tiny balloons 2 m in diameter can do the same things with a 100 Watt
solar powered system. Including a wireless router and switch.
Hydrogen and oxygen gas in stoichiometric ratio are lighter than air,
fill the balloon, and provide power at night.
In Earth's atmosphere.
These sorts of systems can be adapted to produce very lightweight
systems for Venus.
With a 40 Watt transmitter - a router with 4 mile radius (6.4 km
radius, 12.8 km separation) is possible. So, 50.26 sq miles (128.68
sq km) per balloon.
10 thousand balloons massing only 27.8 metric tons (fitting inside a
45' high cube container) cover a region 500,260 sq miles (1,286,800
sq km)
400 shipping containers holding 4 million solar powered balloons can
provide universal coverage of the entire planet - with high
reliability.
Holes falling out can be easily replaced.
A wafer fab and assembly plant working full time can complete this in
about six to seven months.
Once deployed, it would be difficult to bring down.
At an altitude, of 1 mile a HDTV camera with a 120 degree field of
view covers most of the area. This is augmented by quadrotors powered
by rechargable fuel cells - controlled and dispatched from the
balloons.
Again a precursor for the Venusian system.
A similar system can be deployed on Venus to provide global coverage
there.
They might even be sold to individuals for the cost of production...
http://www.youtube.com/watch?v=i1dj_UHe0Dk
http://www.youtube.com/watch?v=EQA2n2-F1Sc
http://www.youtube.com/watch?v=dTWrITyA6Uw
http://www.youtube.com/watch?v=cIXMLUctEQg
http://www.youtube.com/watch?v=-COaWTnipbQ
http://www.youtube.com/watch?v=iI_UKiFqRsA
In other words, as smart, first-hand experienced and all-knowing about
most everything imaginable, you really can't figure out how to go
about making a composite rigid airship. How about, do you know of
anyone that could?
Just because structural worthy insulation materials are not currently
available at WalMart, doesn't mean they can't be made.
Basalt spheres filled with H2 at perhaps not more than 0.1 bar (1.47
psi) seems kind of duh-101. Obviously you have no way of knowing or
figuring out what the crush factor is, much less the R-factor per
meter, because they're not sold at WalMart or Sears. 3-M actually has
some information on the web about their hollow glass spheres.
Btw; how many trillions upon trillions of dollars (that's at least
$1e24) do you think Venus is worth?
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
You do realize that hollow glass spheres with H2 can actually float
within our extremely thin atmosphere that has 10% greater gravity than
Venus has to offer, as well as 64 times better buoyancy near ground
level.
You do realize that such basalt or especially carbonado/diamond glass
spheres would be nearly uncrushable.
You do realize that such hollow spheres with +/-25% diameters can
easily displace 67% of a given cubic meter.
You do realize that high temperature rated composite materials such as
AeroGel that weigh hardly anything do exist, and could be utilized as
a filler or binder on behalf of creating structural geometries
utilizing such hollow glass spheres filled with 0.1 bar H2.
You do realize that a structural composite of such hollow spheres and
fully enclosed as a given block or unit could weigh as little as 60 kg/
m3.
If you’d like an outer tough skin of titanium alloy that’s worth 4.45
g/cm3 (4 g/cm3 on Venus) applied to this composite rigid airship, you
do realize there’s no shortage or deficiency of any airship buoyancy
capacity. At 2.5 mm thick is only adding 10 kg/m2.
You do realize that an outer layer of either foamed glass or ceramic
tiles isn’t an unproven method of protecting a shuttle craft from
reentry heat.
You do realize that such an active evolving planet like Venus has no
apparent shortages of raw elements for metallicity as well as oxygen,
water and fuels for direct thermal combustion or via fission
reactions, not to mention your nifty fusion alternatives.
You do realize that by having a cool outpost/gateway situated at Venus
L2 would be a whole lot simpler and way better than anything our ISS
represents.
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
> http://www.foamglas.co.uk/building/products/product_overview/foamglas...
>
> > Why not simply design and engineer a fully functional composite rigid
> > airship/shuttle, as one that can enter the Venus nighttime cryogenic
> > nighttime atmosphere from low orbit and simply fly and float its way
> > down through those acidic clouds and proceed to cruise about the
> > planet at something like an altitude of 20~25 km where the toasty
> > atmosphere is relatively buoyant worthy as well as calm and clear?
>
> Um, yes, you could operate at 20-25 km. Yes, you could make a
> substantially more costly and vastly lighter system. Yes, you can
> descend into Venus from orbit - either side will do. Yes you can
> build a neutrally buoyant hybrid aircraft.
>
> http://www.gizmag.com/skyhook-and-boeing-team-up-to-build-the-worlds-...
You do realize that hollow glass spheres with H2 can actually float
within our extremely thin atmosphere that has 10% greater gravity than
Venus has to offer, as well as 64 times better buoyancy near ground
level.
You do realize that such basalt or especially carbonado/diamond glass
spheres would be nearly uncrushable in this application.
You do realize that such hollow spheres within +/-25% diameters can
easily displace 67% of a given cubic meter.
You do realize that high temperature rated composite materials such as
AeroGel that weigh hardly anything do exist, and could be utilized as
a filler or binder on behalf of creating structural geometries
utilizing such hollow glass spheres filled with 0.1 bar H2.
You do realize that a structural composite of such hollow spheres and
fully enclosed as a given block or unit could weigh as little as 60 kg/
m3.
If you’d like an outer tough skin of titanium alloy that’s worth 4.45
g/cm3 (4 g/cm3 on Venus) applied to this composite rigid airship, you
do realize there’s no shortage or deficiency of any airship buoyancy
capacity. A titanium alloy of 2.5 mm thick is only adding 10 kg/m2.
You do realize that an outer layer of either foamed glass or ceramic
tiles isn’t an unproven method of protecting a shuttle craft from
reentry heat.
You do realize that such an active evolving planet like Venus has no
apparent shortages of raw elements for metallicity as well as oxygen,
water and fuels for direct thermal combustion or via fission
reactions, not to mention your nifty fusion alternatives.
You do realize that by having a cool outpost/gateway situated at Venus
L2 would be a whole lot simpler and way better than anything our ISS
represents.
You do further realize that with propulsion this airship/shuttle could
manage to climb and cruse well enough above those acidic clouds, as
possibly 75+ km where it’s cryogenic cold by night.
You do realize that exiting Venus from a starting elevation of 75+ km
and perhaps 1 km/sec isn’t all that insurmountable.
In other words, our resident naysay and denial FUD-masters as
supposedly smarter than all the rest of us combined, seemingly first-
hand experienced at most everything and otherwise all-knowing about
most everything imaginable, whereas it seems they really can't figure
out how to go about making any composite rigid airship. How about
instead, do any of you wizards know of anyone that could?
Just because structural worthy insulation materials are not currently
available at your local WalMart or Sears, doesn't mean they can't be
developed and specifically made for this application.
Basalt spheres filled or displaced with H2 at perhaps not more than
0.1 bar (1.47 psi) seems kind of engineering duh-101, at least to me.
Obviously you seem to have no way of knowing or figuring out what the
crush factor is, much less the R-factor per applied meter, because
they're not sold at WalMart or Sears. 3M and several others actually
have some good information on the web about their hollow glass
spheres.
Btw; how many trillions upon trillions of dollars (that's at least
$1e24) do you think Venus is worth? (or do you think Venus is merely a
worthless pile of hot rocks?)
What is it about the extremely nearby planet Venus that it’s lacking
in raw elements or in rare element value?
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
Fly away, shitbird.
The only thing that you’ve ever contributed is proof that Hitler could
not have gotten 10% as far along without his devout army of assholes
and FUD-masters exactly like yourself. Imagine how damaging and
otherwise debilitating of Hitler if Prescott Bush instead of helping
Hitler with his Zionist sponsored crimes against humanity, had instead
secretly turned against Hitler and his ZNR friends, or if Operation 40
(run by GW Bush Sr.) which killed JFK never happened?
Obviously you ZNR rednecks as pretending at being Atheists and
political independents really think you are a whole lot smarter than
all the rest of us, when in fact you’re either one of the truly bad
guys or so pathetically greedy, arrogant as well as faith-based ethnic
racist that you just don’t give a Semitic tinkers damn.
Where’s that Arizona SWAT of assault trigger-happy mercenaries when we
need them to do another unauthorized and unprovoked home invasion with
their guns blazing at you?
Oh! You mean I should make up some shit like a fucking
Venus airship? Are you on glue?
Guth, I can out think you with one brain tied behind my back.
You're just not even in the same LEAGUE as me.
Let me repeat... Fly away shitbird.
to this or most any topic you�d care to
> mention, so once again and for the thousandth time you and others of
> your FUD-master kind lose.
>
> The only thing that you�ve ever contributed is proof that Hitler could
> not have gotten 10% as far along without his devout army of assholes
> and FUD-masters exactly like yourself. Imagine how damaging and
> otherwise debilitating of Hitler if Prescott Bush instead of helping
> Hitler with his Zionist sponsored crimes against humanity, had instead
> secretly turned against Hitler and his ZNR friends, or if Operation 40
> (run by GW Bush Sr.) which killed JFK never happened?
>
> Obviously you ZNR rednecks as pretending at being Atheists and
> political independents really think you are a whole lot smarter than
> all the rest of us, when in fact you�re either one of the truly bad
> guys or so pathetically greedy, arrogant as well as faith-based ethnic
> racist that you just don�t give a Semitic tinkers damn.
>
> Where�s that Arizona SWAT of assault trigger-happy mercenaries when we
> need them to do another unauthorized and unprovoked home invasion with
> their guns blazing at you?
>
> http://groups.google.com/group/guth-usenet?hl=en
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> http://bradguth.blogspot.com/
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / �Guth Usenet�
Right, what Guth says about Venus airships has some merit.
http://www-robotics.jpl.nasa.gov/tasks/taskImage.cfm?TaskID=96&tdaID=3239&Image=327
http://futureplanets.blogspot.com/2009/01/asrg-missions-venus-balloon.html
http://www.newscientist.com/article/dn16797-nasa-may-send-fleet-of-spacecraft-to-venus.html
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=35987
http://www.sciencemag.org/content/231/4744/1407.abstract
http://en.wikipedia.org/wiki/Vega_program
http://www.sciencedirect.com/science/article/pii/S0273117700000648
http://blog.spacefiles.com/2007/10/im-really-fond-of-using-balloons-for.html
BAWAHAHAHAHAHAHAHAHAHAHA!
Saul Levy
There's actually quite a bit of technological opportunity to fully
exploit that Venusian atmosphere for its terrific buoyancy and calm
retrograde flowing environment that's so nicely protected below them
thick and robust acidic clouds.
Obviously the likes of our resident FUD-masters HVAC, BDK, Hagar and
their pretend-Atheist rabbi Saul Levy, along with any number of other
brown-nosed clowns and minions of their GOP/ZNR redneck Mafia that
always claim to know absolutely everything there is to know about damn
near everything, are not taking any of this without a fight to the
death of us all. Of course they each act/react the same way about
utilizing our moon or even that of its L1, as well as always naysay
about others interpreting anything of their mainstream status-quo the
least bit differently than approved by their insider/cabal.
This is not to say that anything about a substantial rigid airship
application for accommodating humans exploring Venus is ever going to
be simple or cheap, however with applied physics and reasonable
expertise is where creating such an airship/shuttle for getting safely
into and later away from Venus without having to roast ourselves to
death, is conceivably doable.
Of course it would be rather nice having a truly zero-delta-V outpost/
gateway for the final assembly of our large airship/shuttle, such as
utilizing our Earth-moon L1 or even the much cooler and less gamma
radiated Venus L2 would have been terrific. Otherwise we can always
stick with Mook miniatures that'll efficiently float and even
effectively navigate below them clouds nearly indefinitely and at a
very low cost per unit, gathering terrific images with as much
resolution as anyone could ever desire, and with gamma plus x-ray
spectrometry is how the entire inventory of surface metallicity can be
mapped and quantified, along with all live and/or active geothermal
gasses identified.
The option of sending any number of fully robotic and remote piloted
airships into and cruising well below them thick and acidic clouds
really isn't all that tricky or spendy, along with another SAR mapping
satellite capable of obtaining 10 meter resolution as well as
providing the mother-ship or transponder node for accommodating all
the small probes flying below them clouds. However, this would mean
that our dysfunctional NASA would have to admit to any number of
embarrassing things withheld about the planet Venus, and their insider
cabal of our public-funded NASA simply can't allow such honesty
regardless of the short or long term consequences.
Btw, the likes of HVAC, because of his fat ass and worthless brain
mass, couldn’t fly in water regardless of the best physics and
technology applied.
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
First off, you do realize that hollow glass spheres containing H2 can
actually float within our extremely thin atmosphere that has 10%
greater gravity than Venus has to offer, as well as Venus giving us
64+ times better buoyancy near ground level.
You do need to realize that such basalt or especially carbonado/
diamond glass spheres would be nearly uncrushable in this application.
You do realize that such hollow spheres (say .5 mm +/-25% diameters)
can easily displace up to 67% of any given structural cubic meter.
You do realize that high temperature rated composite worthy materials
such as silica AeroGel that weigh hardly anything do exist, and could
be utilized as a filler or binder on behalf of creating structural
geometries utilizing such hollow glass spheres filled with 0.1 bar H2
is .009 kg/m3 at ST(P*.1) here on Earth.
You do realize that a structural composite of such hollow spheres and
fully enclosed as a given block or unit of geometric structure could
weigh as little as 60 kg/m3, though even 120 kg/m3 would not be a bad
thing.
If you’d like an outer tough skin of titanium alloy that’s worth 4.45
g/cm3 (4 g/cm3 on Venus) applied to this composite rigid airship, you
do realize there’s no shortage or deficiency of any airship buoyancy
capacity. A titanium alloy of 2.5 mm thick is only adding 10 kg/m2.
Did perchance any of that sink in? whereas having the substantial
bulk of our airship hull as a structural rigid shell that insulates
and weighs perhaps 77.5 kg/m3 or roughly 70 kg/m3 on Venus, means that
we can have ourselves a very large and massive composite rigid airship
that hardly weighs anything empty, and really not even all that much
fully outfitted and literally gassed up. We’re talking about a
finished composite shell/hull product density of roughly 106 kg/m3 –36
kg/m buoyancy. Obviously the primary framing and the skeletal grid of
internal trusses and beams is going to have the titanium density of
not more than 4 g/cm3 (though typically expanded and otherwise shaped
so as to offering an average volumetric density of not more than 1 g/
cm3, but that’s certainly not going to sink this 500 meter by 75 meter
rigid airship that’s offering an internal usable gas volume of near
1.5e6 m3 for accommodating mostly H2 that even while parked on that
toasty surface and compressed at 96 bar isn’t going to make that H2
weigh but 2.94 kg/m3, which still gives us 62 kg/m3 to play with, so
we can obviously afford to apply a great deal of structural inert
infrastructure, plus systems outfitting and perhaps accommodate 100+
crew with ample provisions to burn, so to speak.
You do realize that an outer layer of either foamed glass or ceramic
tiles isn’t an unproven method of further protecting our enormous
airship/shuttle craft from reentry heat.
Reentry protection by way of adding a layer of disposable ceramic
tiles that shouldn’t have to exceed 125 kg/m3 (at Venus gravity/
density) is of course necessary in order to protect our very large
composite hull that’s only rated up to 1000 K, but again at perhaps an
average of 50 mm thick is only adding another 6.5 kg/m2 including
whatever binders, so even at a gross hull/shell density of 76.5 kg/m3
there’s just not going to be enough volume of that porous mass applied
in order to sink this airship, not even if you’d care to double that
all-inclusive composite density, because in that Venus soup of thick
and dense atmosphere and 90.5% gravity, it seems we could float an
iron clad armored battleship.
Worse case, as fully outfitted this composite airship could lift
89,000 tonnes worth of payload off the deck.
You do realize that such an active evolving planet like Venus has no
apparent shortages of raw elements for terrific metallicity as well as
oxygen, water and fuels for direct thermal combustion or via fission
reactions, not to mention Mook’s nifty fusion alternatives.
You do realize that by having a cool outpost/gateway situated at Venus
L2 would be a whole lot simpler and way better logistics than anything
our ISS represents.
You do further realize that with propulsion this airship/shuttle could
manage to climb and cruse well enough above those acidic clouds, as
possibly 75+ km where it’s cryogenic cold by night (way down into them
acidic clouds).
You do realize that exiting Venus from a starting elevation of 75+ km
and perhaps 1 km/sec isn’t all that insurmountable (there’s actually a
layer of O2 somewhat above 90 km), and by no means does the whole
monstrous thing have to leave, because they’d just need a small
shuttle in order to get out to Venus L2.
In other words, our resident naysay and perpetual denial FUD-masters
as supposedly smarter than all the rest of us combined, as well as
seemingly first-hand experienced at most everything and otherwise all-
knowing about most everything imaginable, whereas it seems they really
can't figure out how to go about making any composite rigid airship.
How about instead, do any of you wizards happen to know of anyone that
could?
Just because structural worthy insulation materials are not currently
available at your local WalMart or Sears, doesn't mean they can't be
developed and specifically made for this application. The actual raw
hollow spheres filled with 0.1 bar of H2 can manage to deliver thermo
isolation of .0009765 w/K/m/hr (that’s allowing less than 1 mw/K/m/
hr).
Basalt spheres as filled with H2 at perhaps not more than 0.1 bar
(1.47 psi) seems kind of engineering duh-101, at least it seems
perfectly simple enough to little old me. Obviously you and most
others seem to have no way of knowing or figuring out what the crush
factor is, much less the R-factor per applied meter, only because
these are not sold at WalMart or Sears. 3M and several others milli
and micro-sphere providers actually have some good information on the
web about their hollow glass spheres.
Btw; how many trillions upon trillions of dollars (that's at least
$1e24) do you think an extremely nearby planet like Venus is worth to
the rest of us? (or do you still think Venus is merely a worthless
pile of hot rocks?)
What is it about the extremely nearby planet Venus that is supposedly
lacking in raw elements or in rare or essential element value?
On Jul 21, 5:34 am, William Mook <mokmedi...@gmail.com> wrote:
> Right, what Guth says about Venus airships has some merit.
http://www-robotics.jpl.nasa.gov/tasks/taskImage.cfm?TaskID=96&tdaID=...
http://futureplanets.blogspot.com/2009/01/asrg-missions-venus-balloon...
http://www.newscientist.com/article/dn16797-nasa-may-send-fleet-of-sp...
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=35987
http://www.sciencemag.org/content/231/4744/1407.abstract
http://en.wikipedia.org/wiki/Vega_program
http://www.sciencedirect.com/science/article/pii/S0273117700000648
http://docs.google.com/viewer?a=v&q=cache:oaKyshb-0eYJ:www.lpi.usra.e...
http://docs.google.com/viewer?a=v&q=cache:DfMps_ZQ7WEJ:www.planetaryp...
http://blog.spacefiles.com/2007/10/im-really-fond-of-using-balloons-f...
http://docs.google.com/viewer?a=v&q=cache:dJZY3xT0rZcJ:www.dept.aoe.v...
http://www.space.com/8398-robot-blimps-soar-worlds.html
Yes in deed, there's actually quite a bit of modern technological
opportunity to fully exploit that Venusian atmosphere for its terrific
buoyancy and calm retrograde flowing environment that's so nicely
protected below them thick and robust acidic clouds.
Obviously the likes of our resident FUD-masters HVAC, BDK, Hagar and
always their pretend-Atheist rabbi Saul Levy, along with any number of
other systemic brown-nosed clowns and serial pervasive minions of
their GOP/ZNR redneck Mafia that always claim to know absolutely
everything there is to know about damn near everything, are not taking
any of this about “Guth Venus” without a fight to the death of us
all. Of course they each act/react the same way about utilizing our
moon or even that of its L1, as well as always naysay about others
interpreting anything of their mainstream status-quo history the least
bit differently than approved by their insider restricted cabal.
This is not to say that anything about creating a substantial rigid
airship application for accommodating humans exploring Venus is ever
going to be simple or cheap, however with applied physics and
reasonable expertise is where creating such an airship/shuttle for
getting safely into and later away from Venus without having to roast
ourselves to death, is conceivably doable.
Of course it would be rather nice having a truly zero-delta-V outpost/
gateway for the final assembly of our large airship/shuttle, such as
utilizing our Earth-moon L1 or even the much cooler and less gamma
radiated Venus L2 would have been absolutely terrific. Otherwise we
can always stick with deploying those Mook miniatures that'll
efficiently float and even effectively navigate below them clouds
nearly indefinitely and at a very low cost per unit, gathering
terrific images with as much resolution as anyone could ever desire,
and with gamma plus x-ray spectrometry is how the entire inventory of
surface metallicity can be mapped and quantified, along with all those
live and/or active geothermal gasses identified.
The option of sending any number of fully robotic and remote piloted
airships into and cruising well below them thick and acidic clouds
really isn't all that tricky or spendy, along with another SAR mapping
satellite capable of obtaining better than 10 meter resolution as well
as providing the mother-ship or transponder node for accommodating all
the science data streams from all the small probes flying below them
clouds. However, this could mean that our dysfunctional NASA would
have to admit to any number of embarrassing things withheld about the
planet Venus, and their insider cabal of our public-funded NASA simply
can't allow such honesty regardless of the short or long term
consequences.
Btw, the likes of our warm and fuzzy HVAC, because of his unusually
fat ass and worthless brain mass, couldn’t fly or much less survive in
water regardless of the best physics and technology applied. Perhaps
that’s why their tactic of topic/author stalking and topic hijacking
into unrelated newsgroups is kind of their usual FUD-master policy of
damage-control, because they really have nothing else to
constructively contribute (not that they’d ever try being on-topic and
constructive, because that’s not their job).
No. Guth is an idiot. He learned everything he knows from you.
Fly away, shitbird.
> This related topic is not going to be about your average Hindenburg or
> even as simple as any nuclear submarine that can also fly, but that
> doesn�t mean it�s not technically doable. The outside dimensions
> might shift or have to vary in order to suit a given interpretation
> and mission requirement, but as a rigid composite airship and shuttle
> it is perfectly within existing physics and materials that at least
> some of us already know of.
>
> First off, you do realize that hollow glass spheres containing H2 can
> actually float within our extremely thin atmosphere that has 10%
> greater gravity than Venus has to offer, as well as Venus giving us
> 64+ times better buoyancy near ground level.
>
> You do need to realize that such basalt or especially carbonado/
> diamond glass spheres would be nearly uncrushable in this application.
>
> You do realize that such hollow spheres (say .5 mm +/-25% diameters)
> can easily displace up to 67% of any given structural cubic meter.
>
> You do realize that high temperature rated composite worthy materials
> such as silica AeroGel that weigh hardly anything do exist, and could
> be utilized as a filler or binder on behalf of creating structural
> geometries utilizing such hollow glass spheres filled with 0.1 bar H2
> is .009 kg/m3 at ST(P*.1) here on Earth.
>
> You do realize that a structural composite of such hollow spheres and
> fully enclosed as a given block or unit of geometric structure could
> weigh as little as 60 kg/m3, though even 120 kg/m3 would not be a bad
> thing.
>
> If you�d like an outer tough skin of titanium alloy that�s worth 4.45
> g/cm3 (4 g/cm3 on Venus) applied to this composite rigid airship, you
> do realize there�s no shortage or deficiency of any airship buoyancy
> capacity. A titanium alloy of 2.5 mm thick is only adding 10 kg/m2.
>
> Did perchance any of that sink in? whereas having the substantial
> bulk of our airship hull as a structural rigid shell that insulates
> and weighs perhaps 77.5 kg/m3 or roughly 70 kg/m3 on Venus, means that
> we can have ourselves a very large and massive composite rigid airship
> that hardly weighs anything empty, and really not even all that much
> fully outfitted and literally gassed up. We�re talking about a
> finished composite shell/hull product density of roughly 106 kg/m3 �36
> kg/m buoyancy. Obviously the primary framing and the skeletal grid of
> internal trusses and beams is going to have the titanium density of
> not more than 4 g/cm3 (though typically expanded and otherwise shaped
> so as to offering an average volumetric density of not more than 1 g/
> cm3, but that�s certainly not going to sink this 500 meter by 75 meter
> rigid airship that�s offering an internal usable gas volume of near
> 1.5e6 m3 for accommodating mostly H2 that even while parked on that
> toasty surface and compressed at 96 bar isn�t going to make that H2
> weigh but 2.94 kg/m3, which still gives us 62 kg/m3 to play with, so
> we can obviously afford to apply a great deal of structural inert
> infrastructure, plus systems outfitting and perhaps accommodate 100+
> crew with ample provisions to burn, so to speak.
>
> You do realize that an outer layer of either foamed glass or ceramic
> tiles isn�t an unproven method of further protecting our enormous
> airship/shuttle craft from reentry heat.
>
> Reentry protection by way of adding a layer of disposable ceramic
> tiles that shouldn�t have to exceed 125 kg/m3 (at Venus gravity/
> density) is of course necessary in order to protect our very large
> composite hull that�s only rated up to 1000 K, but again at perhaps an
> average of 50 mm thick is only adding another 6.5 kg/m2 including
> whatever binders, so even at a gross hull/shell density of 76.5 kg/m3
> there�s just not going to be enough volume of that porous mass applied
> in order to sink this airship, not even if you�d care to double that
> all-inclusive composite density, because in that Venus soup of thick
> and dense atmosphere and 90.5% gravity, it seems we could float an
> iron clad armored battleship.
>
> Worse case, as fully outfitted this composite airship could lift
> 89,000 tonnes worth of payload off the deck.
>
> You do realize that such an active evolving planet like Venus has no
> apparent shortages of raw elements for terrific metallicity as well as
> oxygen, water and fuels for direct thermal combustion or via fission
> reactions, not to mention Mook�s nifty fusion alternatives.
>
> You do realize that by having a cool outpost/gateway situated at Venus
> L2 would be a whole lot simpler and way better logistics than anything
> our ISS represents.
>
> You do further realize that with propulsion this airship/shuttle could
> manage to climb and cruse well enough above those acidic clouds, as
> possibly 75+ km where it�s cryogenic cold by night (way down into them
> acidic clouds).
>
> You do realize that exiting Venus from a starting elevation of 75+ km
> and perhaps 1 km/sec isn�t all that insurmountable (there�s actually a
> layer of O2 somewhat above 90 km), and by no means does the whole
> monstrous thing have to leave, because they�d just need a small
> shuttle in order to get out to Venus L2.
>
> In other words, our resident naysay and perpetual denial FUD-masters
> as supposedly smarter than all the rest of us combined, as well as
> seemingly first-hand experienced at most everything and otherwise all-
> knowing about most everything imaginable, whereas it seems they really
> can't figure out how to go about making any composite rigid airship.
> How about instead, do any of you wizards happen to know of anyone that
> could?
>
> Just because structural worthy insulation materials are not currently
> available at your local WalMart or Sears, doesn't mean they can't be
> developed and specifically made for this application. The actual raw
> hollow spheres filled with 0.1 bar of H2 can manage to deliver thermo
> isolation of .0009765 w/K/m/hr (that�s allowing less than 1 mw/K/m/
> hr).
>
> Basalt spheres as filled with H2 at perhaps not more than 0.1 bar
> (1.47 psi) seems kind of engineering duh-101, at least it seems
> perfectly simple enough to little old me. Obviously you and most
> others seem to have no way of knowing or figuring out what the crush
> factor is, much less the R-factor per applied meter, only because
> these are not sold at WalMart or Sears. 3M and several others milli
> and micro-sphere providers actually have some good information on the
> web about their hollow glass spheres.
>
> Btw; how many trillions upon trillions of dollars (that's at least
> $1e24) do you think an extremely nearby planet like Venus is worth to
> the rest of us? (or do you still think Venus is merely a worthless
> pile of hot rocks?)
>
> What is it about the extremely nearby planet Venus that is supposedly
> lacking in raw elements or in rare or essential element value?
>
> http://groups.google.com/group/guth-usenet?hl=en
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> http://bradguth.blogspot.com/
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / �Guth Usenet�
So you (HVAC) got absolutely nothing but your usual FUD-master
approved replies.
Are you (HVAC) suggesting that a Venusian airship isn't technically
possible?
Are you (HVAC) suggesting that physics other than known to us would be
required?
Are you (HVAC) still suggesting that folks any smarter or more bigoted
than your LLPOF self, simply do not exist?
What definition(s) of treason doesn't apply to yourself?
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
No.
I'm suggesting that you fly away.... Shitbird.
On Jul 21, 5:34 am, William Mook <mokmedi...@gmail.com> wrote:
> Right, what Guth says about Venus airships has some merit.
http://www-robotics.jpl.nasa.gov/tasks/taskImage.cfm?TaskID=96&tdaID=...
http://futureplanets.blogspot.com/2009/01/asrg-missions-venus-balloon...
http://www.newscientist.com/article/dn16797-nasa-may-send-fleet-of-sp...
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=35987
http://www.sciencemag.org/content/231/4744/1407.abstract
http://en.wikipedia.org/wiki/Vega_program
http://www.sciencedirect.com/science/article/pii/S0273117700000648
http://docs.google.com/viewer?a=v&q=cache:oaKyshb-0eYJ:www.lpi.usra.e...
http://docs.google.com/viewer?a=v&q=cache:DfMps_ZQ7WEJ:www.planetaryp...
http://blog.spacefiles.com/2007/10/im-really-fond-of-using-balloons-f...
http://docs.google.com/viewer?a=v&q=cache:dJZY3xT0rZcJ:www.dept.aoe.v...
http://www.space.com/8398-robot-blimps-soar-worlds.html
Yes in deed, there's actually quite a bit of modern technological
opportunity to fully exploit that Venusian atmosphere for its terrific
buoyancy and calm retrograde flowing environment that's so nicely
protected below them thick and robust acidic clouds.
Obviously the likes of our resident bogus contributors such as FUD-
masters HVAC, BDK, Hagar and always their pretend-Atheist rabbi Saul
Levy that always has to fart his way to the top, along with any number
of other systemic brown-nosed clowns and serial pervasive minions of
their GOP/ZNR redneck Mafia that always claim to know absolutely
everything there is to know about damn near everything, are not taking
any of this about “Guth Venus” without a fight to the death of us
all. Of course they each act/react the same way about utilizing our
moon or even that of its L1, as well as always naysay about others
interpreting anything of their mainstream status-quo history the least
bit differently than approved by their insider restricted cabal.
This is not to say that anything about creating a substantial rigid
airship as a shuttle platform application for accommodating humans
exploring Venus is ever going to be simple or cheap, however with
applied physics and reasonable expertise is where creating such an
airship/shuttle for getting safely into and later away from Venus
without having to roast ourselves to death, is conceivably doable.
Fortunately for us, the planet Venus is passing within 100 LD from us
every 19 months, so that’s really nearbuy.
Of course it would be rather nice having a truly zero-delta-V outpost/
gateway for the final assembly of our large airship/shuttle, such as
utilizing our Earth-moon L1 or even the much cooler and less gamma
radiated Venus L2 would have been absolutely terrific. Otherwise we
can always stick with deploying those Mook miniatures that'll
efficiently float and even effectively navigate below them clouds
nearly indefinitely and at a very low cost per unit, gathering
terrific images with as much resolution as anyone could ever desire,
and with gamma plus x-ray spectrometry is how the entire inventory of
surface metallicity can be mapped and quantified, along with all those
live and/or active geothermal gasses identified.
The option of sending any number of fully robotic and remote piloted
airships into and cruising well below them thick and acidic clouds
really isn't all that tricky or spendy, along with a Magellan-2.0 SAR
mapping satellite capable of obtaining better than 10 meter resolution
as well as providing the mother-ship or microwave transponder node for
accommodating the science data streams from all the small probes
flying below them clouds would seem perfectly logical. However, this
could mean that our dysfunctional NASA would have to admit to any
number of embarrassing things withheld about the planet Venus, and
their insider cabal of our public-funded NASA simply can't allow such
honesty regardless of the short or long term consequences.
Btw, the likes of our warm and fuzzy HVAC is perhaps unflyable, mostly
because of his unusually fat ass and worthless brain mass, couldn’t
fly or much less survive in water regardless of the best physics and
technology applied, because he’d only sink like a rock. Perhaps
that’s why their tactic of topic/author stalking and topic hijacking
into unrelated newsgroups is kind of their usual FUD-master policy of
damage-control, because they really have nothing else to
constructively contribute (not that they’d ever try being on-topic and
constructive, because that’s not their job).
http://groups.google.com/group/guth-usenet?hl=en
Somehow I doubt that. But I agree, he's capable of learning. Anyone
capable of that, it doesn't matter where they start, merely where they
end up.
The most interesting thing of a technical nature I've learned recently
is the operation of the Voitenko Compressor. The same guy who made
the armor piercing RPG for the Russians, also showed that a finely
crafted system could do a 20:1 compression. Fissile weapons do 3:1 -
inertial confinement fusion need 18:1 to 19:1. So, we're golden.
Anyone with $50,000 can build the right equipment and demonstrate
inertial confinement fusion for themselves. Just like a Farnsworth
Fusor can be a neutron source for a lab.
So, break-even isn't the problem.
The cost of the single-use compressor is.
Fortunately, these things scale well as they get smaller. Also, MEMS
technology makes small compressors not only possible but cheap. 7
million of them for $1400 !!
What's MEMS? What sort of magic stuff is that? Well, you can look
through a microscope and see a virus. You can even project an image
of a virus onto a screen. The microscope can also be used to take a
picture and project it backwards to make a picture the size of a
virus. That's what the microdot and microfilm are all about. These
were used in the 1950s by Noyce and Moore to create integrated
circuits. The same technical steps that make tiny circuits the size
of viruses, can also make tiny machinery the size of viruses. Arrays
of tiny plasma dots to make HDTVs. Arrays of tiny pin holes that
spray controlled amounts of ink to make printers. Arrays of tiny
mirrors to make a projector. Arrays of tiny accelerometers to make
Wii controllers. Arrays of tiny sensors to make HDTV color cameras
for a buck in every cell phone and computer on the planet.
We an make arrays of tiny chemical rockets - to create propulsive skin
to give very lightweight systems immense performance.
We can make arrays of Voitenko Compressors to create 500 of them for
$1. That generate 7 mega-joules (about 1/5th liter of gasoline)
each.
In addition to solving our energy shortages, and restarting our
economy, these things can also be used to make fusion rockets of
immense capabilities.
Lithium-6 and Deuterium reacted to form Lithium-Deuteride - a powder
that has a density of 0.83 g/cc - and has 576 gigajoules per gram -
produces an intense burst of alpha particles. These are helium 4
nuclei, which are easily deflected. A graphite coated steel
paraboloid of revolution can deflect them into a collimated beam of
particles traveling 33,000 km/sec!
Wafers can be designed so that each of the units is equipped with
their on solid fuel rockets that launch it directly from the wafer
into the engine. So, control circuitry is built right into each
wafer. Also, existing wafer handling hardware may be used to stack
propellant efficiently in tanks. In this way thousands can be
processed per minute or even per second.
With very high exhaust speeds comes the potential of making rockets
that fly between the worlds of our solar system at constant gee, while
still only carrying 18% to 20% propellant. This means that ships can
be 15% to 20% structure. About the same as ships we build to operate
at sea. So, shipbuilding yards can be turned, as Robert Truax
suggested in the 1950s, into building ships for space.
At present there are 30 million tons of capacity sitting idle in
Japan, that is still in reasonably good shape. This is enough to
build four Stanford Torus type ships per week! Their cost is less
than $4,200 per person who would live there. All the spare, and
revitalized ship yard capacity would build five Stanford Torus type
ships per day!
In this milieu it would be easily possible to build a fleet of
constant gee cruisers designed to operate in the Venusian atmosphere
and on its surface. Since a fully loaded cargo ship masses about 600
tonnes per cubic meter and a cruise ship masses 150 tonnes per cubic
meter - we can calculate how much empty space such a ship would have
to have built in, or have to deploy to float at various density
altitudes on Venus - if built to these range of overall density.
You really think spook/mole HVAC or any others of his/her satanic/
sadistic kind give a sh_t?
Do you have any evidence of their ever having been positive or
constructive on behalf of any topic(s) other than their own?
Once again, as soon as something of their mainstream media is put at
risk and being openly discussed and/or challenged by those of us that
know when we're being snookered, it's automatic shutdown and/or Google
Group Usenet/newsgroup overload in order to disable topic index
updating.
Of course politics, religion and the naming of those most responsible
for the current mess they have us in, is another reason why our public
Usenet/newsgroup channels of global publishing are being disrupted.
My "Google-Usenet" and " Guth-Usenet" are still fully functional
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
About your Venusian delusions? I doubt it.
>
> Once again, as soon as something of their mainstream media is put at
> risk and being openly discussed and/or challenged by those of us that
> know when we're being snookered, it's automatic shutdown and/or Google
> Group Usenet/newsgroup overload in order to disable topic index
> updating.
Yes, Brad, it's all a conspiracy to fuck with you!
My, what a big head you have.
>
> Of course politics, religion and the naming of those most responsible
> for the current mess they have us in, is another reason why our public
> Usenet/newsgroup channels of global publishing are being disrupted.
Who would that be, Brad?
>
> My "Google-Usenet" and " Guth-Usenet" are still fully functional
> http://groups.google.com/group/google-usenet/topics?hl=en
> http://groups.google.com/group/guth-usenet/topics?hl=en
>
> http://groups.google.com/group/guth-usenet?hl=en
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> http://bradguth.blogspot.com/
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / ?Guth Usenet?
Pity your mind was pickled on whatever you did years ago. Goofballs?
Kind of fits..
--
BDK- Top of the government shill heap for over 10 years running!
Hey.... All of MY posts are going through.
And really, that's all that counts....Isn't it?
Apparently you think all non-Jewish K12s are dumbshits that never count.
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / �Guth Usenet�
"HVAC" <mr....@gmail.com> wrote in message
news:j0v7md$lr1$2...@hvac.motzarella.org...
What if we discovered a terrific planet that was reasonably nearby and it
essentially had everything of raw elements except molecular abiogenic
hydrocarbons (even though most rocky planets and moons by rights should
offer abiogenic hydrocarbons), and perhaps otherwise offered only a minimal
amount of surface nitrogen (atmospheric N2 offers 3.5% of 4.8e20 kg = 1.7e19
kg that�s sourced and replenished from deep within the planet).
What if this planet otherwise offered essentially unlimited renewable energy
that was worth roughly at least ten fold or 1000% more easily extractable
energy/m2 than Earth has to offer us.
What if the geothermal energy upwelling was unlimited and naturally venting
in over a thousand easily tapped locations as is.
What if satellites had to orbit 300+ km, and because of the incredibly slow
planet rotation makes the GSO kind of orbits way the hell out there. (might
as well utilize its cool L2 and simply hand deploy GSO transponders from
that energy efficient location)
What if the atmosphere below some very thick and robust layers of protective
though acidic clouds was relatively calm, dry and retrograde (meaning that
any composite rigid airship/shuttle could easily cruise or station-keep
itself within the always slightly cooler season of nighttime, and otherwise
efficiently operate within a relatively clear atmosphere up to 30 km
altitude.
What if the available buoyancy was worth 65 kg/m3 and whatever materials of
your rigid composite airship/shuttle construction, fuels, supplies,
equipment and yourself only weighed 90.5 % of the same on Earth.
What if there was actually a lot more thorium, uranium and other rare heavy
elements to behold than Earth has, and it was all easily accessible upon or
within its unusually high metallicity surface.
What if this other planet was by far the closest to us (only 100 LD every 19
months).
What if there had been some other intelligent life existing/coexisting on
this other planet.
What if your government and most of its upper most caste of public funded
staff and a good number of insider privileged contractors always knew about
all of this as of more than a couple decades ago.
What if I told you thing about this planet that haven�t been mainstream
published nor much less in K12 textbooks.
What if I had a few dozen other unauthorized �what ifs�.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / �Guth Usenet�
What if your government and most of its upper-most caste of public
funded staff and a good number of insider privileged contractors
always knew about all of this as of more than a couple decades ago.
What if I told you things about this planet that haven’t been
mainstream published nor much less in K12 textbooks.
What if I had a few dozen other unauthorized “what ifs”.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
WE DON'T BELIEVE A WORD OF IT!
WE KNOW HOW INSANE YOU ARE!
Saul Levy
On Sat, 30 Jul 2011 17:07:07 -0700, "Brad Guth" <brad...@gmail.com>
wrote:
> Brad Guth, I'M FUCKED IN THE HEAD!
Did you mean to say 600 kg/m3 and 150 kg/m3?
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
The Great Venus Airship / Brad Guth
The “Guth Venus” composite rigid airship/shuttle (450 x 75 meter):
This planet Venus related topic is not going to be about your average
Hindenburg or even anything as simple as any nuclear submarine that
can also manage to fly, but that doesn’t mean it’s not technically
doable given sufficient materials, engineering and otherwise
configured for the planet Venus. The outside dimensions, shape and
its volume might shift or have to vary in order to suit a given
interpretation and mission requirement, but as for offering a rigid
composite airship and interplanetary shuttle, this concept is
perfectly within existing physics and materials that at least some of
us already know of.
First off, you do need to realize that hollow glass spheres of
sufficient volume and containing H2 can actually float within our
extremely thin and low density atmosphere that also has 10% greater
gravity than Venus has to offer, as well as Venus giving at least 64
times better buoyancy near ground level.
You also need to realize that such fused basalt, silica/quartz or
especially of carbonado/diamond glass spheres would be nearly
uncrushable in this composite application.
You do realize that such hollow spheres (say 10 mm +/-50% diameters)
can easily (depending on the external filler or binders) displace 67%
of any given structural cubic volume, and the smaller those spheres
the tougher and/or crush resistant they get.
You do realize that high temperature rated composite worthy materials
such as silica AeroGel that weigh hardly anything and don’t easily
melt have existed for quite some time, and could be utilized as a
filler or binder on behalf of creating structural geometries utilizing
such hollow glass spheres filled with 0.1 bar H2 that’s worth 9 mg/m3
at ST(0.1 P) right here on Earth.
You do realize that a structural composite of such hollow glass
spheres and fully enclosed as offering a given block or unit of
whatever geometric waffle structure could weigh as little as 60 kg/m3,
though even 120 kg/m3 would certainly not be a bad thing considering a
solid m3 of aluminum on Venus weighs 2378 kg (roughly 20 fold
greater).
If you’d like having an outer tough skin or clad of titanium alloy
that’s worth 4.48~4.51 g/cm3 on Earth or 3.99 g/cm3 on Venus when
applied to this composite rigid airship, and you do realize there’s
absolutely no shortage or deficiency of any airship reserve buoyancy.
A titanium alloy (Ti-5Al-2.5Sn or even a pure grade 4) clad of 2.5 mm
thick is only adding 10 kg/m2. (btw; our moon likely has teratonnes of
titanium, and there’s no reason to believe the unusually high
metallicity of Venus is titanium deficient)
Did perchance any of that word-salad sink in?
Actually I’d forgotten that even a solid block of aluminum or titanium
alloy not only weighs but 90.5%, but that it also has the 65 kg/m3
buoyancy advantage, plus whatever the 67% volume of our hollow glass
spheres can manage to reduce the raw volumetric composite mass.
Whereas having the substantial bulk of our airship hull as a
structural rigid shell that also reasonably insulates and weighs
roughly 70 kg/m3 on the surface of Venus (same as 148 kg/m3 if
titanium clad and getting weighed on Earth), means that we can have
ourselves a very large and massive composite rigid airship that’s
incredibly tough, hardly weighs anything empty, and really not even
all that much mass fully outfitted and literally gassed up. In yet
another recalculated way of looking at this, we are talking about a
finished composite shell/hull product density of perhaps 188 kg/m3 * .
905 –64 kg –36 kg/m = 70 kg/m3 of Venus mass. Obviously the primary
internal framing and the skeletal grid of internal trusses and beams
is going to have at most the titanium density of not more than 3.94 g/
cm3 (though typically expanded and otherwise shaped or formed so as
offering an average volumetric density of representing never more than
1 g/cm3 and otherwise stamped and formed down to as little as 0.1 g/
cm3, so that’s certainly not going to sink this rigid airship that’s
offering an internal usable gas volume of 1.5e6 m3 for accommodating
mostly H2, that even while parked on that toasty surface and
compressed at 96 bar isn’t going to make that toasty H2 weigh but 2.94
kg/m3, which still gives us 62+ kg/m3 to work with, so we can
obviously afford to apply a great deal of structural inert outer shell
and considerable internal infrastructure mass, plus loads of systems
outfitting and perhaps accommodate 100+ crew with ample provisions to
burn, so to speak.
You do realize that an outer finish layer of either foamed glass or
ceramic tiles isn’t an unproven method of further protecting our
enormous airship/shuttle craft from its initial reentry heat. Such
reentry protection by way of adding a layer of disposable ceramic
tiles that shouldn’t have to exceed 125 kg/m3 at Venus gravity/
density, is of course necessary in order to protect our very large
composite hull that’s only rated up to 1000 K (1800 K if titanium
clad), but again at perhaps an average of 50 mm tile thickness is only
adding another 6.5 kg/m2 including whatever binders, so even at a
gross hull/shell density of 76.5 kg/m3 there’s just not going to be
enough volume of that porous/foamed ceramic mass applied in order to
sink this airship, not even if you’d care to double that all-inclusive
composite density, because in that Venus soup of thick and dense
atmosphere and 90.5% gravity, it seems we could float an iron clad
armored battleship.
Worse case, as fully outfitted I’m thinking this composite airship
could manage to lift 83e3 tonnes worth of payload off the deck. Of
course as this airship gains altitude it loses lift capacity, but
that’s certainly not a show stopper either.
You do realize that such an actively evolving planet like Venus has no
apparent shortages of raw elements for terrific metallicity as well as
oxygen, water and fuels for direct thermal combustion or via fission
reactions, not to mention William Mook’s nifty fusion alternatives.
You do realize that by way of having a cool outpost/gateway situated
at Venus L2 would be a whole lot simpler and way better OASIS kind of
logistics than anything our ISS represents.
You do further realize that with sufficient propulsion and minimal
payload is where this airship/shuttle could manage to climb and cruse
well enough above those acidic clouds, as possibly 75+ km where it’s
seriously cryogenic cold by night (as well as nighttime cool down to
55 km being within them acidic clouds).
You do realize that exiting Venus from a starting elevation of 75+ km
and perhaps 1 km/sec isn’t all that insurmountable (there’s actually a
layer of O2 somewhat above 90 km), and by no means does the whole
monstrous thing have to leave, because they’d just need a small
shuttle craft in order to get safely back out to Venus L2.
Just because structural worthy insulation materials are not currently
available at your local WalMart or Sears, doesn't mean they can't be
developed and specifically made for this application. The actual raw
hollow spheres filled with 0.1 bar of H2 can manage to deliver a
thermo isolation value of .0009765 w/K/m/hr (that’s allowing less than
1 mw/K/m/hr).
Basalt or silica glass spheres as filled with H2 at perhaps not more
than 0.1 bar (1.47 psi) seems kind of engineering duh-101, at least it
seems perfectly simple enough to little old me. Obviously you and most
others seem to have no way of knowing or figuring out what the crush
factor is, much less the R-factor per applied meter, only because
these composites are not sold at WalMart or Sears. 3M and several
others as millimeter and micro-sphere providers actually have some
good information on the web about their hollow glass spheres, but that
means you have to know how to read or at least having someone else
read it for you.
In other words, it seems that our resident naysay and perpetual denial
FUD-masters as supposedly smarter than all the rest of us combined, as
well as seemingly first-hand experienced at most everything and
otherwise all-knowing about most everything imaginable, whereas it
seems they really can't seem to figure out how to go about making any
such composite rigid airship. How about instead, do any of you
wizards happen to know of anyone that could?
This is not suggesting that any such composite rigid airship-shuttle
intended for Venus is going to be easy or cheap, because it’ll likely
take a decade by the time we get it there and it’ll cost us almost a
tenth as much as going after OBL all of those Muslim WMD.
http://costofwar.com/en/
http://www.reuters.com/article/2011/06/29/us-usa-war-idUSTRE75S25320110629
http://news.yahoo.com/u-cost-war-least-3-7-trillion-counting-110411362.html
Taking true energy consumption and global energy inflation into
account could easily double or even triple that global cost. (just
saying how totally screwed we are, and notice how that “cost of war”
puts a zero value upon all the carnage of the mostly innocent in
addition to our guys that haven’t exactly faired nearly as well as
expected, as well as global inflation hasn’t been factored in. But at
this late point of no return, who’s really counting?)
Btw; how many all-inclusive trillions upon trillions of dollars
(that's at least $1e24) do you think an extremely nearby planet that’s
loaded with all sorts of nifty metallicity elements and offering its
very own cache of local energy surplus (like Venus simply has way more
than its fair share), is actually worth to the rest of us? (or do you
brainless mainstream idiots and old farts still think Venus is merely
a worthless pile of hot rocks?)
What is it about this extremely nearby planet Venus that is supposedly
lacking in raw elements or in rare or essential element value?
(certainly not lacking water unless you still think those thick clouds
are merely of inert crystal dry dust)
Of course we can keep screwing around with blowing our time, resources
and hard earned loot on the likes of Mars, Ceres and further out where
there’s no technological advantage or hope of ever naturally
sustaining our kind of complex life without bringing most of
everything along with us, as well as zilch possibility of ever
bringing anything of sufficient value back home. Just saying, even if
those other worlds or moons offered raw platinum and gold just laying
in pure form all over its surface, who the hell can afford to pay
millions per kg? (not to mention that most all of such payments would
have to get forked over to the most wealthy and powerful individuals,
which you’d think might tend to bother some of us)
Venus on the other hand could turn out being another private venture
kind of terrific gold rush, plus offering multiple other precious
element free-for-all treasure hunts unless those pesky locals object
(in which case we can always accuse them of having WMD, and proceed to
kick their ET butts)
Of course all the usual mainstream FUD-masters and predictable
naysayers are going to insist that the regular laws of physics simply
do not apply to the planet Venus, and of materials suited for much
higher temperatures here on good old Earth simply can’t be applied for
anything Venus related. So perhaps you can understand as to why I
tend to return the favor with all the love and affection I can muster.
It seems they keep insisting that it’s always hot enough to melt lead,
and actually it’s way more than hot enough to melt tin, but why on
Earth or especially on Venus would anything about the composite rigid
airship involve either lead or tin? (at worse using aluminum isn’t
going to melt below 933K, although titanium alloys are good for 1933
K)
Btw; heat without hardly any o2 and little h2o makes almost any
environment (hot or cold) kind of passive or inert. So, I still don’t
get why these folks that usually claim being so all-knowing and first
hand expertise at most everything (yet still having to pretend at who
they really are) can’t manage to deal with any of this without blowing
gaskets and breaking wind.
http://groups.google.com/group/guth-usenet?hl=en
So, with Google Groups version of Usenet/newsgroups down, and no
apparent sign of life or even an official message of "please stand by"
because we're working on it, where exactly do users of Google Groups
and personal networks go to read and share and publish their own
independent news?
Btw; at least my "Google-Usenet" and " Guth-Usenet" accounts are
still fully functional and for the moment they remain open to the
public.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
IT'S DUE TO YOUR INSANITY!
WE HAVE NO HOPE FOR YOU! EVER!
Saul Levy
On Sat, 6 Aug 2011 20:33:30 -0700 (PDT), Brad Guth
<brad...@gmail.com> wrote:
>On Jul 30, 5:20�pm, Brad Guth <bradg...@gmail.com> wrote:
>> What if we�ve all been systematically distracted and snookered past
>> the point of no return? (not to mention lied to, ripped off and
>> bankrupted by those of our own elected authority that were supposed to
>> keep bad stuff from happening or getting any worse)
>>
>> What if we discovered a terrific planet that was reasonably nearby and
>> it essentially had everything of raw elements except molecular
>> abiogenic hydrocarbons (even though most rocky planets and moons by
>> rights should offer abiogenic hydrocarbons), and perhaps otherwise
>> offered only a minimal amount of surface nitrogen (atmospheric N2
>> offers 3.5% of 4.8e20 kg = 1.7e19 kg that�s sourced and replenished
>> from deep within the planet).
>Btw; at least my "Google-Usenet" and " Guth-Usenet" accounts are
>still fully functional and for the moment they remain open to the
>public.
> Brad Guth, I'M ONE OF THE MORE INSANE IDIOTS ON USENET!
With physics, good science and applied technology, there’s nothing
about the extremely nearby planet Venus that is actually
insurmountable, or otherwise taboo or technically forbidden. However,
by the reactions and seemingly endless obfuscation applied by those in
mainstream peer status, you’d think Venus is only capable of offering
horrific doom and gloom, eating us alive if we dare to go anywhere
near it. Of course these are the very same individuals that insisted
the USSR was intent upon attacking us from every conceivable direction
with their nukes and chemical/germ warfare toxins, and most recently
insisting Muslims having all of those WMD and the means ready to
deploy for killing off any remaining Americans. Actually the list of
terrestrial doom and gloom which we’re supposed to fear and shutter
ourselves over is quite large, dark and scary, even though it was
mostly bogus and phony as entirely contrived by our own FUD-masters to
begin with. So it’s getting kind of hard to tell what we’re supposed
to officially believe from those that also have our national pending
bankruptcy refinanced for the umpteenth time, and the blood from our
next ten generations used as collateral.
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
This kind of raw composite image of Venus, obtained via our Magellan
mission and its SAR technology at roughly a 43 degree angle of view,
further assembled as three stacked layers of radar imaging that
accomplished 4 looks or scans per 75 meter pixel, offers this
derivative composite of a 225 meter/pixel resolution of essentially 36
confirming looks or scans per pixel. This method obviously reduces
the resolution but otherwise greatly improves the truth and/or
confidence value of each and every pixel. Therefore, of items and
patterns large enough to be depicted within the 225 m/pixel format are
really there, and these large pixels are really giving us their honest
geometric patterns that I believe have been worth our taking a closer
look-see. Of course a newer radar mapping mission providing at least
ten fold better resolution would have been nice as of a decade ago,
however instead it’s entirely up to others because, seems our NASA has
been somewhat dysfunctional and currently it’s too broke to help.
You really do not have to be any special kind of scientist or having
to understand all that much about physics in order to deductively
interpret this image, but you do have to be at least honest with
yourself. In order to be as fair and objective as possible, you
should stick with resampling/enlarging the original only 3:1 in order
to approximately extrapolate what those original 75 meter per pixel
images had to offer. However, regardless of the resampling or
enlargement process running at 3:1, 5:1 or 10:1, nothing weird is
automatically added or subtracted, therefore what you get is simply a
less blocky image to review and interpret, because frankly it is
sometimes hard to step back and allow the brain do its own image
resampling, and not all of us are initially as good at this as others.
Of course it helps to deductively interpret if you also have at least
some terrestrial examples of natural terrain that so happens to look
and measure as anything similar, as though it is artificially
geometric or having been modified by our very own intelligent life.
At least so far, 10+ years and counting, none of the mainstream
wizards as perpetual naysayers and critics have squat to show us in
support of their interpretation of Venus being a planet of nothing but
random inert hot rocks. It certainly would have been nice if they
would, but at least so far it’s not happening, so instead they’re just
bluffing their way through this.
Besides myself having made folks squirm and cringe, there is actually
plenty of ESA, Russian and a few independent research efforts that has
a lot of old and new stuff to say about this extremely nearby planet,
of which our nearly bankrupted and kind of dysfunctional NASA is
either in denial or having to drag itself along as a back-seat
passenger because others are currently doing all the driving.
For those few independent and investigative Usenet/newsgroup readers
that still think they have an open mindset that isn’t preconfigured to
self-destruct or implode upon hearing, reading or observing a revised
interpretation about the planet Venus, I might actually have that
different interpretation to offer, as well as a few terrific ideas and
notions that could also prove rather interesting. However, if you are
a certain kind of faith-based and kinda social/political closed
mindset in your forever set ways sticking with our mainstream status-
quo of revising nothing and of allowing nothing new in to challenge
your mindset, like 99? of Americans having survived their K12 and
higher education years that seem to stick to their guns of
preconceptions no matters what, then you may not have to bother
yourself with any of this, because I’m only going to keep pissing you
off.
Not that I can agree with each and every new or old interpretation by
others, such as these results from Venus Express that are still
ongoing and developing will hopefully get further revised as time and
resources make our understanding better, and hopefully with fewer
preconceptions keeping us from realizing the greater potential that
such a nearby planet like Venus has to offer.
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
Just because our government agencies and their mainstream media that
has to publish whatever is handed to them as is (or else), as well as
having to stick with whatever’s contained within those K12 textbooks
telling us that this extremely nearby planet Venus is simply too hot
for any kind of conventional Goldilocks life as we know it, at least
presumably that’s in the nude upon its hellish surface isn’t an
option, doesn’t mean that imported and/or custom engineered life
couldn’t technically manage to survive, not to mention whatever the
laws of physics and applied technology could make Venus perfectly
doable even for the frail DNA/RNA and inferior physiology of us humans
that would require a certain level of added protection (at east I’ve
never suggested otherwise).
Gee whiz, why am I not the least bit surprised, that supposed wizards
of such all-knowing expertise like our peers and whatever authority
above them still can’t even manage to muster up any similar examples
of extremely rugged terrain on Earth that looks remotely as though any
of it were artificially created or even modified to suit, that is if
you know what I mean (which obviously most of you don’t). According
to our mainstream peers and perhaps even yourself plus many others of
your silly obfuscation and FUD-master worthy kind, there’s supposedly
only inert hot rock on Venus that’s entirely heated by a solar
greenhouse situation because, supposedly Venus is exactly the same age
and basic composition as Earth. However, it just so happens in this
instance to look as though Venus already has at least one fairly
complex tarmac/airport situated rather boldly within a very rugged
kind of mountainous terrain, along with having that nifty nearby
bridge and a substantial community of multiple high-rise geometries
(large geometric structures), as well as offering any number of nearby
complex natural formations and seemingly active dynamics taking place
(at least within connected reservoirs plus the “fluid arch”), that
when taken as a group just so happens to be oddly arranged as though
offering a perfectly rational community like infrastructure of viable
logistics that even most 5th graders could recognize.
As far as having renewable energy goes, it seems the planet Venus has
us beat by a good thousand to one, and with such local renewable
energy abundance (much of it via direct geothermal vents, active
volcanics in addition to all of that terrific atmospheric dynamic
pressure and thermal differentials) plus there’s no apparent shortages
of raw elements (including H2, H2O and O2) is where anyone half as
smart as a 5th grader could manage to survive, with loads of energy
and local resources to spare. This is not to suggest that any sort of
naked and dumbfounded Goldilocks is ever going to be a happy Venus
camper, or that loads of frozen pizza and ice cold beer wouldn’t have
to be imported from Earth. Also try keeping in mind those terrific
robust cloud layers are not made of crystal dry sulfur dust (even ESA
has had to revise their assessment to allowing 14 teratonnes as water,
and my swag interpretation still has that atmosphere pegged at holding
500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
Our extremely thin and low density atmosphere holds at least 50e12
tonnes of H2O (possibly with GW and AGW has that H2O saturated up
towards 100e12 tonnes).
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer, remembering that each
pixel offers a trustworthy composite of 36 confirming radar looks or
scans to begin with.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original, because it’s entirely a product of the
original SAR obtained pixel data (nothing personal added or
subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my investigative and deductive
interpretation of what the image depicts is offering the best
observationology or the only deductive formulated option.
First of all, I kind of doubt the surface on average is going to be
significantly cooler than reported, however the most recent ESA data
via their Venus EXPRESS mission has been reveling surface temperature
variations plus telling of considerable atmospheric thermal
differentials that haven't been reported and/or sufficiently published
by others as having previously had essentially the same or better
science data to go by. Those polar surface temperatures could be
considerably cooler due to them strong atmospheric vortex
considerations that's causing such upper nighttime cryogenic
atmosphere to draw substantial energy away from the much hotter and
sultry or steamy lower atmosphere and that of its geothermally heated
surface.
What we have here to look at and deductively interpret is simply a
fair number of rather unusually complex geometric patterns, of
somewhat unusually unified or associated pixels forming rather complex
patterns that don't seem to be of entirely random geology
happenstance. However, there are a number of quite large and unusual
items that should be considered as natural, such as the "fluid arch"
and perhaps even that extremely large clover shaped reservoir could
easily be considered as something perfectly natural (even though the
geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat geometric item as
clearly offering a raised platform that’s situated within a
mountainous terrain, simply isn't as likely to be formed by way of any
natural geology and erosion that we know of, nor is that highly
unusual bridge item and those multiple other large scale items of
multiple rectangular quarry sites, plus having a nearby collection of
geometric shapes in a rational community like setting, of what seems
rather artificially structural and rational infrastructure worthy is
perhaps what should be closely reviewed by others to see if any or all
of those could have possibly been formed by some kind of weird natural
or conceivably unnatural processes.
You folks must also have at least as good if not a whole lot better
image processing expertise for this resampling/enlargement capability,
so please do share that better result with us, in that at least we can
be on the same page and not looking at entirely different areas. If
you need some assistance or advisements with selecting and/or
utilizing a photo enlarging process, even though most photo resampling
software is self explanatorily, I’ll gladly donate my time and
resources free of charge
If you should interpret this image as only containing perfectly
natural formations of greenhouse hot rock and depicting logical
patterns of erosion, then you must also have any number of reference
example images obtained of terrestrial geology recorded by similar
radar imaging resolution, by which that interpretation of seeing only
inert hot rock and natural erosion is based upon, and naturally we’d
like to have a look-see at whatever is within your observationology
frame of reference that gives you the necessary expertise, because you
can’t just be making stuff like that up in order to suit a given
opinion or policy.
If need be, ask others (5th graders if necessary) to see whatever they
can interpret, because at least they’ll be willing to honestly share
whatever satellite or aerial observations of weird terrestrial and
other geology that supports their interpretation of whatever the
planet Venus has to offer, because you have to base such
interpretations on something other than media and textbook
infomercials plus having a naysay closed mindset isn’t exactly
helpful. If you have some other interpretation for those reservoirs
that clearly contain something fluid, and especially have any better
idea as to that large clover shaped reservoir, or explaining the
nature of that “fluid arch” would be terrific to hear about.
Otherwise, go to BradGuth.blogspot, my Google document pages or simply
contribute a new topic that’s related.
Just in case our GG and GG+ Usenet and Newsgroups flatlines or flames-
out again, there's always my "Google-Usenet" and "Guth-Usenet"
accounts that are hosted and regulated by Google servers, as remaining
sufficiently isolated and fully functional, and for the moment they
are open to the public and only managed by myself.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Jul 30, 5:20 pm, Brad Guth <bradg...@gmail.com> wrote:
The white-noise (literally white and Semitic/kosher) that’s saturating
alt.astronomy and a few other public newsgroups has simply gotten too
faith-based skewed and otherwise phony/bogus political. Basically, as
far as science, astronomy and physics, it seems nothing of any
importance can ever change or even get revised for the better as long
as these FUD-masters have anything to say about it.
On the other hand, what we have here in these public Usenet/newsgroups
is an army of mostly Semitic FUD-masters that pretend to be Atheists
and politically independent, when in fact they is anything except who
they suggest, because they act/react exactly like Semites (meaning
devout Zionists) and usually they are also acting/reacting as GOP
diehards to boot.
With any of these FUD-masters, attempts at revising history simply
isn’t an option, and therefore introducing anything new or improved
isn’t allowed no matter what. This is what the mainstream status-quo
cabal is all about, and they can’t afford to let one of us outsiders
as truly independents slip through their status-quo firewall.
Calling them names and/or associating them with the likes of Hitler,
GW Bush, Dick Cheney and Kissinger is just a perfectly good and moral
way of our returning the favor of their topic/author stalking us, but
then we have to realize they are just doing their faith-based and
politically motivated jobs, so that no matters what we present or toss
at them, it’s all pretty much for nothing unless some wandering other
outsider interested in reading up on whatever’s happening is able to
stumble upon our topics, and hopefully smart enough to filter out all
the mainstream damage-control gauntlet of status-quo flack that we
have to continually put up with.
If these same FUD-masters were put in charge of the New York Times, it
would be down to a half dozen pages of only promoting all-things GOP
and Tea Party, because anything else allowed to get published via the
NYT would have to be strictly moderated and/or restricted as to
articles bashing others on their very own NO FLY or BLACKBALL list.
Better yet is to have them revise the Constitution in order to suit
their topic/author stalking and to include obfuscating whenever the
going gets tough.
Btw; at least my "Google-Usenet" and " Guth-Usenet" accounts have
remained fully functional, and for the moment they remain open to the
public.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Jul 10, 12:18 pm, Brad Guth <bradg...@gmail.com> wrote:
> For those few Usenet/newsgroup readers that still think they have an
> open mindset that isn’t configured to self-destruct or implode upon
> hearing, reading or observing a revised interpretation about the
> planet Venus, I might actually have that different interpretation to
> offer, as well as a few terrific ideas and notions that could prove
> rather interesting. However, if you are a certain kind of faith-based
> and kinda social/political closed mindset in your set ways sticking
> with our mainstream status-quo of revising nothing, like 99.9% of
> Americans having survived their K12 and higher education years, then
> you may not have to bother yourself with any of this, because I’m only
> going to keep pissing you off.
>
> Not that I can agree with every new or old interpretation by others,
> such these results from Venus Express are still developing and will
> hopefully get further revised as time and resources make our
> understanding better, with fewer preconceptions keeping us from
> realizing the greater potential that such a nearby planet like Venus
> has to offer.
> http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
>
> Just because our government agencies and their mainstream media that
> has to publish whatever is handed to them as is (or else), as well as
> having to stick with whatever’s contained within those K12 textbooks
> telling us that this extremely nearby planet Venus is simply too hot
> for any kind of conventional Goldilocks life as we know it to survive,
> at least presumably in the nude upon its hellish surface isn’t an
> option, doesn’t mean that imported and/or custom engineered life
> couldn’t technically manage, not to mention whatever the laws of
> physics and applied technology could make Venus perfectly doable even
> for the frail DNA/RNA and inferior physiology of us humans.
>
> Gee whiz, why am I not the least bit surprised, that supposed wizards
> of such all-knowing expertise like our peers and whatever authority
> above them still can’t even manage to muster up any similar examples
> of extremely rugged terrain on Earth that looks remotely as though it
> were artificially created or even modified to suit, that is if you
> know what I mean (which obviously most of you don’t). According to
> our mainstream peers and perhaps even yourself plus many others of
> your silly obfuscation and FUD-master worthy kind, there’s supposedly
> only inert hot rock on Venus that’s entirely heated by a solar
> greenhouse situation because, supposedly Venus is exactly the same age
> and basic composition as Earth. However, it just so happens in this
> instance to look as though Venus has at least one fairly complex
> tarmac/airport situated rather boldly within a very mountainous
> terrain, along with having that nifty nearby bridge and a community of
> multiple high-rise geometries (large geometric structures), as well as
> any number of nearby complex natural formations and seemingly active
> dynamics taking place (at least within reservoirs plus the “fluid
> arch”), that when taken as a group just so happens to be oddly
> arranged as though offering a perfectly rational community like
> infrastructure of viable logistics that even 5th graders could
> recognize.
>
> As far as having renewable energy goes, it seems the planet Venus has
> us beat by a good thousand to one, and with such local renewable
> energy abundance (much of it via direct geothermal, volcanic plus
> atmospheric dynamic pressure and thermal differentials) plus there’s
> no apparent shortages of raw elements (including H2, H2O and O2) is
> where anyone half as smart as a 5th grader could manage to survive,
> with loads of energy and local resources to spare. This is not to say
> that any sort of naked and dumbfounded Goldilocks is ever going to be
> a happy Venus camper, or that loads of pizza and ice cold beer
> wouldn’t have to be imported from Earth. Also try keeping in mind
> those terrific robust cloud layers are not made of crystal dry sulfur
> dust (even ESA has had to revise their assessment to allowing 14
> teratonnes as water, and my swag interpretation still has it pegged at
> 500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
> Our extremely thin and low density atmosphere holds at least 50e12
> tonnes of H2O (possibly with GW and AGW has that H2O saturated up to
> 100e12 tonnes).
>
> Here's that same old original cloudless GIF composite radar obtained
> image file (as raw and not having been enlargement processed) that our
> mainstream status-quo has been so deathly afraid others might actually
> look at:
> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> Without even downloading the GIF monochrome image, you can still
> screen zoom-in on the small area in question (less than 10% of the
> composite FOV), so as to keeping the raw 1:1 pixel format and its
> rather limited resolution of 225 meters/pixel, and thereby have
> yourself a perfectly good look-see at interpreting whatever that sort
> of 225 meter per pixel resolution has to offer.
>
> Here’s one of my basic 10:1 resampled enlargements of the very same
> area that I’ve pointed out to NASA and others of their Magellan team
> for more than the past decade, that’s still a generic composite
> derivative like their original because it’s entirely a product of the
> original (nothing personal added or subtracted):
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> If you’d care to focus on anything specific, please go right ahead
> and do so, because I’m not certain that my interpretation of what the
> image depicts is offering the best or only option.
>
> First of all, I kind of doubt the surface is significantly cooler than
> reported, however the most recent ESA data via their Venus EXPRESS
> mission has been reveling considerable atmospheric thermal
> differentials that haven't been reported and/or published by others as
> having previously had essentially the same or better science data to
> go by. Those polar surface temperatures could be considerably cooler
> due to them strong atmospheric vortex considerations that's causing
> such upper nighttime cryogenic atmosphere to draw substantial energy
> away from the much hotter lower atmosphere and it’s geothermally
> heated surface.
>
> What we have here to look at and deductively interpret is simply a
> fair number of unusually complex geometric patterns, of somewhat
> unusually unified or associated pixels that don't seem to be of
> entirely random geology happenstance. However, there are a number of
> quite large and unusual items that should be considered as natural,
> such as the "fluid arch" and perhaps even that extremely large clover
> shaped reservoir could be considered as perfectly natural (even though
> the geology of Earth offers us nothing remotely close to such size or
> geometric unified complexity). However, that extensive and complex
> tarmac/airstrip as offering such an unusually flat item situated
> within that mountainous terrain simply isn't as likely to be formed by
> natural geology we know of, nor is that highly unusual bridge item and
> those multiple other large scale items of a nearby community of
> geometric shapes and a their rational community like setting, of what
> seems rather artificially structural and rational infrastructure
> worthy is what should be closely reviewed by others to see if any or
> all of those could have been formed by natural processes.
>
> You folks must have at least as good if not a whole lot better image
> processing expertise for this resampling/enlargement capability, so
> please do share that better result with us, so that at least we can be
> on the same page and not looking at entirely different areas. If you
> need some assistance or advisements with selecting and/or utilizing a
> photo enlarging process, I’ll gladly donate my time and resources free
> of charge
>
> If you should interpret this image as only containing perfectly
> natural formations of greenhouse hot rock and depicting logical
> patterns of erosion, then you must also have a number of reference
> example images obtained of terrestrial geology recorded by similar
> radar imaging resolution, by which that interpretation of seeing only
> inert hot rock and natural erosion is based upon, and naturally we’d
> like to have a look-see at whatever is within your observationology
> frame of reference that gives you the necessary expertise, because you
> can’t just be making stuff like that up in order to suit a given
> opinion or policy.
>
> If need be, ask others (5th graders if necessary) to see whatever they
> can interpret.
>
> Otherwise, go to BradGuth.blogspot and my Google document pages:
> http://groups.google.com/group/guth-usenet?hl=en
> http://bradguth.blogspot.com/
>
> http://www.wanttoknow.info/
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
>
> On Jun 12, 7:39 pm, Brad Guth <bradg...@gmail.com> wrote:> '''Guth Venus''' is a very small portion or selected tiny area of
> > planet Venus that is actually quite similar to Earth in more ways than
> > most of us would care to think about. It’s size, gravity, mountainous
> > and canyon terrain and especially of its protective atmosphere are
> > each necessary if any sufficiently advanced life is going exist or
> > even temporarily coexist. However, on the surface (literally) it's
> > not exactly naked human friendly or what you'd typically interpret as
> > Goldilocks approved, even though it certainly has terrific diversity
> > in geology and loads of dynamic energy and resource potential along
> > with a full range of elements that cover most every imaginable kind,
> > and invaluable to most anyone as long as the laws of physics and best
> > available science can be utilized.
>
> > Because we all have to interpret whatever we see and measure, some of
> > what this article is about has to do with the science of
> > observationology(deductive interpretations of remote obtained images),
> > along with my personal research and subjective notions that you can
> > evaluate on your own or at least for the moment take my version as
> > being sufficiently correct as to what the planet Venus has to offer an
> > intelligent species, such as us humans. I am also perfectly
> > verifiable about all of this because I really exist as who I really
> > am, and I can be contacted in various ways in order to question or
> > inform on most any related topic. I'm also not trying to take credit
> > away from others, whereas instead I'm fully encouraging others to
> > contribute their own observationology expertise plus whatever physics
> > and science expertise they have, because at least subjectively almost
> > anything about the planet Venus seems doable..
>
> > Here's an original cloudless GIF composite radar obtained image file
> > (as a raw unmodified image that's not having been enlargement or
> > otherwise processed):
> > Lava channels, Lo Shen Valles, Venus from Magellan Cycle 1
> > http://nssdc.gsfc.nasa.gov/imgcat/html/object_page/mgn_c115s095_1.html
> > and the high resolution GIF version incorporates 36 looks/scans per
> > pixel
> > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>
> > Within this composite image obtained by our NASA-Magellan mission are
> > some extremely good geology and otherwise oddly or highly unusual
> > configured shapes of low-resolution pixel patterns that haven't been
> > explained as entirely natural, much less confirmed as being artificial
> > or intelligent created. However, with some open minded degree of
> > looking over this entire image and then comparing those natural
> > geology features with everything depicted, as well as comparing to the
> > similar geology and our intelligent infrastructure of Earth, it's kind
> > of hard to ignore some of those complex patterns on Venus that are
> > truly quite unusual in a community rational kind of infrastructure
> > way. At least it’s by far the most interesting configuration of hot
> > rocks on any planet or moon we’ve managed to image so far.
>
> > It really doesn’t take much open minded interpretation to see these
> > significant geometric patterns that would be really hard for natural
> > geology and erosion to accomplish, at least not without some
> > intelligent intervention. So far others and myself haven’t identified
> > any other similar patterns of such large infrastructure scale on Earth
> > unless actual artificial structures within a community of rational
> > infrastructure were part of the image.
>
> > In order to fully appreciate this complex and hot as hell terrain plus
> > whatever else can be interpreted, will require some limited image
> > zooming or resampled enlargement process so as to assist the untrained
> > eye in this subjective observationology science, which doesn't mean
> > you have to agree with anything that I've interpreted or having
> > suggested as being worthy of some level of intelligent infrastructure,
> > because this could be all perfectly natural though if only existing on
> > Venus because, at least thus far I’ve not found natural formations
> > that come even remotely close in scale as to looking so intelligently
> > functional and community rational at the same time, so I'm not going
> > to forcibly speculate on your behalf other than to share whatever I've
> > interpreted, and to at least some extent having backed up with physics
> > and the best available science of others.
>
> > Even though I'm not always the most qualified, and if other can’t
> > contribute their supposed expertise, in which case I'll try to explain
> > everything the best I can. However, from this point on you'll need to
> > hold on for dear life because, I'm going to try selling this
> > interpretation of "Guth Venus" as the best ever discovery since sliced
> > bread. Feel free to point out where the geology of Earth or whatever
> > other planet or moon offers similar or better examples of artificial
> > geometric shapes in a rational community like setting that are
> > actually of natural geology and erosion, because so far I got nothing.
>
> > By using that introduction catch phrase of "life-friendly" is not to
> > be taken lightly or in gist as representing some kind of perverted
> > joke or pun, because the planet Venus is obviously and quite seriously
> > an extremely hot surface environment beyond any terrestrial pressure-
> > cooker, other than inside a nuclear reactor pressure vessel which
> > clearly isn't humanly survivable. However, with physics and
> > technology applied it's not quite as insurmountable as some might
> > think, and try to remember that there's always a cool sanctuary above
> > those cryogenic nighttime clouds in case our rigid composite airship
> > starts to melt. Thereby I'm thinking our Venus is certainly not off-
> > limits as to any space traveling expertise, or that of exceeding that
> > level of technology for safely accommodating our frail human
> > physiology, so we're not speaking of such a nasty planet hosting
> > uncivilized or uneducated heathens that probably couldn't have
> > independently evolved there to begin with.
>
> > If you can better deductively interpret this image of “Guth Venus”,
> > have at it, as I’m certain I’ve gotten a number of items incorrectly
> > identified or having missed some that your observationology as having
> > better interpreted for whatever natural or artificial nature they
> > represent.
>
> > My derivative image of “Guth Venus” is simply a cropped out portion
> > from the 225 meter/pixel GIF original composite, of less than 10%
> > extracted that’s merely 10X resampled with use of basic image filters
> > plus a little extra contrast, but other than that nothing of any
> > specific pixel(s) has been contributed or hidden, thereby needless to
> > say that nothing has been intentionally added, subtracted or otherwise
> > distorted.
>
> > Here’s one of my 10:1 enlargements of the same area that I’ve pointed
> > out for the past decade:
> > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>
> > On May 22, 10:25 am, Brad Guth <bradg...@gmail.com> wrote:
> > > This tired old topic about “Guth Venus” is getting ready for another
> > > redo or do-over from scratch.
>
> > > First of all, it seems perfectly clear enough that there has been some
> > > kind of intelligent other life existing/coexisting on Venus. At least
> > > Venus has been technically doable, and there’s all the natural
> > > resource of unlimited local energy and minerals you could possibly ask
> > > for. At least for those capable of interplanetary travels, the
> > > complex environment of Venus is not the least bit insurmountable.
>
> > > Secondly, the average sooty coal like and otherwise crystal dry kind
> > > of dusty carbon or carbonado accumulations of complex local minerals
> > > and cosmic deposits upon our physically dark basalt Selene/moon should
> > > have become worth all the tea in China, so to speak. The relatively
> > > low or inverted density interior of our moon and especially of it’s
> > > relatively wet crust that’s supposed hosting 260 ppm of water plus
> > > crater hidden ice and otherwise accommodating the naked surface
> > > abundance and thereby easily accessible raw element of He3, should
> > > have by itself been more than worth the mostly robotic mining effort
> > > of extracting for our terrestrial fusion energy needs.
>
> > > The only nagging problem about accomplishing expeditions upon our
> > > physically dark and nasty moon is that it seems that we still do not
> > > have any viable fly-by-rocket landers (especially not one of the
> > > Apollo era), or even sufficiently robust robotics suitable for
> > > tunneling into the moon, much less sufficiently rad-hard human DNA.
> > > (it seems all the smoke and mirrors of our mutually perpetrated cold-
> > > war era really doesn’t count, because that moon surface should be just
> > > as nasty if not potentially worse than any Van Allen belt of our
> > > magnetosphere has to offer)
>
> > > Of course, Venus should offer most of everything our Selene/moon plus
> > > that of Earth has to offer, except that Venus does not require rad-
> > > hard DNA or any fly-by-rocket methods of soft landings or efficiently
> > > getting yourself about when using a buoyant composite rigid shuttle/
> > > airship, and otherwise from within the thick clouds of Venus is what
> > > always holds hundreds of teratonnes of good old water, though highly
> > > acidic but otherwise easily extracted as pure h2o using fundamental
> > > physics and the vast abundance of local energy in order to efficiently
> > > extract as much h2o as you like.
>
> > > Most of the valuable minerals and raw elements of Venus are those
> > > having been and still being geothermally plus otherwise forced out of
> > > its unusually toasty surface that’s radiating and/or geothermal
> > > upwelling on average 20.5 w/m2, thereby having to mine deeply into its
> > > relatively thin crust shouldn’t even be required, and as I’ve
> > > stipulated so many times, that all of the mission and/or habitat
> > > energy requirements for accomplishing and/or processing most anything
> > > you can imagine is already there to utilize as is.
>
> > > Venus is undoubtedly that of a humanly toasty surface or pressure
> > > cooker environment that’s clearly not suited to any naked Goldilocks
> > > (aka dumb blondes), but otherwise it’s more than technically
> > > manageable, especially via good robotics and otherwise by way of using
> > > the composite rigid airship method. Therefore, it’s kinda like most
> > > all other off-world locations, whereas far below the standards of Eden
> > > is why we can not plan on going there in the buff or as otherwise
> > > dumbfounded and mainstream snookered fools. Oddly but not
> > > surprisingly, the faith-based closed mindset wants absolutely nothing
> > > to do with Venus or any other planet or moon that’s capable of hosting
> > > complex life even via applied physics and technology, but that’s
> > > entirely their highly biased problem, and not ours.
>
> > > "Lava channels, Lo Shen Valles, Venus from Magellan Cycle 1"
> > > http://nssdc.gsfc.nasa.gov/imgcat/html/object_page/mgn_c115s095_1.html
> > > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> > > Thumbnail images, including mgn_c115s095_1.gif (225 m/pixel)
> > > http://nssdc.gsfc.nasa.gov/imgcat/thumbnail_pages/venus_thumbnails.html
>
> > > Brad Guth / Blog and my Google document pages:
> > > http://groups.google.com/group/guth-usenet?hl=en
> > > http://bradguth.blogspot.com/
> > > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>
> > > On Mar 28, 9:10 am, Brad Guth <bradg...@gmail.com> wrote:
> > > > With 99.9% of Usenet/newsgroup contributors as phony or bogus, don't
> > > > expect to see any inside support or much less anything positive/
> > > > constructive going on. Each and every topic posted by the few of us
> > > > that are real and doing our best has to stand on its own, and
> > > > continually defend itself against the mainstream status-quo gauntlet
> > > > that wants nothing to ever change (at least not for the better).
>
> > > > The ongoing consideration of this topic is that most Americans and
> > > > obviously many others around the world simply can't afford the luxury
> > > > of honestly thinking for themselves without breaking wind or otherwise
> > > > coming unglued at the seams. They are also deathly afraid of their
> > > > own shadows, and worse yet afraid of whatever their faith-based and/or
> > > > political and peer authority might do if they don't fully accept and
> > > > comply to their mainstream words as representing the one and only
> > > > truths. Such as independent energy and technology wizards like our
> > > > William Mook, possibly yourself, a little of myself and otherwise damn
> > > > few others are clearly the exceptions, and the price we each get to
> > > > pay is truly considerable. Mook’s environmentally clean and renewable
> > > > “New World Oil” via his solar Mokenergy derived hydrogen at $100/
> > > > tonne, and a few other valuable energy related products (including my
> > > > initial billion tonnes/year of HTP) is all perfectly well and good if
> > > > it ever happens, which of course those of our Big Energy mafia/cabal
> > > > types currently in charge are not going to let happen, no matters what
> > > > the consequences.
>
> > > > When looking off-world for any kind of alternative Goldilocks suitable
> > > > Eden/sanctuary, as well as for considering the mining and/or
> > > > exploiting of its minerals and rare element riches or whatever other
> > > > valuables worth the effort, it's imperative that local energy already
> > > > exist and if at all possible be renewable. It's also imperative that
> > > > this off-world location be relatively nearby (at least from time to
> > > > time) and offering a protective atmosphere that also gives terrific
> > > > buoyancy (even if it’s considered as too hot or too cold and toxic or
> > > > acidic isn’t an insurmountable problem for other than naked Goldilocks
> > > > that are too dumb to lace their own shoes), which thereby our next
> > > > world or moon doesn't really have to comply to any naked dumbfounded
> > > > Goldilocks standards because, we already have perfectly good
> > > > technology in order to manage almost any toxic and/or thermal and
> > > > pressure extremes that you can think of.
>
> > > > Of course, if there's already clear signs of some off-world locations
> > > > being utilized, such as the planet Venus hosting intelligent other
> > > > life, makes this kind of remote exploration and that of our human off-
> > > > world expansion into an entirely new kind of tactical ballgame. I
> > > > realize that you and most others have systematically refused to even
> > > > look objectively at whatever the planet Venus has to offer, much less
> > > > having deductively pondered in order to constructively contribute as
> > > > to interpreting whatever that area of "Guth Venus" is showing us.
> > > > However, if you were really any good at supporting your typically
> > > > mainstream approved naysay and denial interpretations that’ll insist
> > > > Venus is a totally worthless planet that's supposedly unsurvivable by
> > > > any kind of intelligent life, then you would have provided your better
> > > > quality digital enlargements of that specific target area that I've
> > > > pointed out for the past 11 years, thereby showing the rest of us by
> > > > example and comparisons how those highly unusual pixel patterns are
> > > > just common-place geology that so happens to interpret as looking
> > > > exactly like the complex geometric and structural kinds of
> > > > infrastructure that I've interpreted as being artificial (ETI)
> > > > worthy. So, when if ever are the rest of all you folks and others of
> > > > such supposed greater expertise in observationology and science, in
> > > > that you must always know best about everything under the sun,
> > > > actually going to accomplish this mainstream approved analogy?
>
> > > > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> > > > Guth Venus, at ten times resample/enlargement of the area in
> > > > question:
> > > > https://docs.google.com/File?id=ddsdxhv_4fdgd46df_b
>
> > > > http://translate.google.com/#
> > > > Brad Guth / Blog and my Google document pages:
> > > > http://groups.google.com/group/guth-usenet?hl=en
> > > > http://bradguth.blogspot.com/
> > > > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>
> > > > On Feb 13, 2:07 pm, Brad Guth <bradg...@gmail.com> wrote:
> > > > > All planets within reason offer some level of complex life or weird
> > > > > biodiversity which needn’t match anything we might consider as
> > > > > Goldilocks worthy. However, with energy and applied technology should
> > > > > make any number of extreme planets and moons viable for Goldilocks.
>
> > > > > Even though the random happenstance of evolution all by itself kinda
> > > > > sucks, not that evolution doesn’t happen or that intelligent design is
> > > > > any more insurmountable or taboo than interstellar panspermia
> > > > > (especially via icy proto-moon like our captured Selene). Random
> > > > > happenstance evolution is at best unlikely to survive in most stellar
> > > > > locations (even here on Earth), and at best it needs a great deal of
> > > > > luck and uninterrupted time. At least so far, random happenstance via
> > > > > artificial means hasn’t been shown to create life from scratch, much
> > > > > less as we know it, whereas instead intelligent engineering or the
> > > > > genetic redesign of life as we know it has been proven to accomplish
> > > > > what nature could not, and if we can do it then others can, either by
> > > > > mistake or intentionally.
>
> > > > > Within our galaxy could be a considerable number of older solar
> > > > > systems, perhaps 2/3 being older and 1/3 younger than our solar system
> > > > > really isn’t asking too much. To think, if we hadn’t wasted the past
> > > > > century at bogus and contrived wars, and otherwise at ethnic and faith-
> > > > > based casting, we’d be among some of the nearby stars by now (at least
> > > > > our probes could be there). With on-location energy and applied
> > > > > technology, there could be as many life capable planets and moons as
> > > > > there are stars for those of us with sufficient intelligence having
> > > > > mastered interstellar capability. As for the always naked and
> > > > > dumbfounded Goldilocks is not so lucky, whereas at most 0.0001% of all
> > > > > those many exoplanets and their moons are directly suitable as is,
> > > > > though fortunately for us in need of a replacement Goldilocks
> > > > > certified Eden, there’s still a great many (perhaps 500e3) viable
> > > > > exoplanets to pick from, and of those nearby (say within 100 ly) could
> > > > > be as many as 5 Eden worthy planets or large enough moons equally
> > > > > viable (Pandora probably isn’t one of them).
>
> > > > > On Earth there were many complex life cycles and thereby evolution do-
> > > > > overs, whereas most of the early variations simply didn’t survive the
> > > > > test of time, and the few which survived nowadays are clearly at risk
> > > > > of extinction because of what we’ve done to their original habitat
> > > > > that had pretty much everything going for itself. Ants and microbials
> > > > > are not exactly giving up without a fight, so perhaps it’s us humans
> > > > > that need to vacate the premises before we get eaten alive or
> > > > > otherwise starve ourselves to death.
>
> > > > > The Ed Conrad “man of coal” is firmly dated at 305 million years (+/-
> > > > > 7 million).
> > > > > http://ireport.cnn.com/docs/DOC-539313
> > > > > http://groups.google.com/group/sci.astro/browse_frm/thread/0d31578e50...
>
> > > > > Obviously that early species of something humanoid didn’t manage to
> > > > > survive through all those ice ages and then each of those eras of
> > > > > extreme thaw with subsequent flooding, as well as asteroid impact
> > > > > trauma that also terminated most life and having modified terrestrial
> > > > > biodiversity multiple times before modern humanity ever emerged from
> > > > > the last ice age this planet w/moon and a seasonal tilt is ever going
> > > > > to see, as supposedly the only intelligent species that has in some
> > > > > ways done more global diversity harm than good.
>
> > > > > For all we know, those on Venus are not even from there own local
> > > > > evolution, but implants or donations from older worlds that probably
> > > > > need whatever elements the seemingly newish planet has to offer. I’m
> > > > > thinking this interpretation could put a whole new spin on hell, as a
> > > > > for-profit kind of hell, and perhaps by the time we get there it’ll
> > > > > either be slim pickings or off-limits unless we’re invited, but on
> > > > > Earth that really never stopped us before.
>
> > > > >http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> > > > > A ten times resample/enlargement of the area in question:
> > > > > https://docs.google.com/File?id=ddsdxhv_4fdgd46df_b
>
> > > > > http://translate.google.com/#
> > > > > Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
>
> > > > > On Dec 20 2010, 12:36 pm, Brad Guth <bradg...@gmail.com> wrote:
> > > > > > There's actually many technical and valid logistics advantages to
> > > > > > exploring and working the extremely nearby planet Venus, as well as
> > > > > > for extracting whatever valuable elements on behalf of the greater
> > > > > > benefit and good that it represents to the survival and future
> > > > > > expansion of our human species, as well as to supplement the necessary
> > > > > > salvation of our global warming environment that so many have
> > > > > > systematically trashed and remain in naysay denial about. At least
> > > > > > that's been my interpretation and shared thoughts as of more than a
> > > > > > decade ago when I'd informed our NASA and others as to what I had
> > > > > > deductively interpreted from those super-terrific SAR obtained images
> > > > > > that most folks refuse to even look at.
>
> > > > > > The original GIF image file (as raw, not enlargement processed):
> > > > > > http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>
> > > > > > The fact that something sufficiently intelligent has already been
> > > > > > there and may still be operating or mining for whatever it's worth, is
> > > > > > just icing on the cake (so to speak). This form of Venusian
> > > > > > intelligence may not even be ETs, nor as technologically advanced as
> > > > > > us, although it should be hard for actual ETs with space travel
> > > > > > capability to pass up such a nifty mineral and rare element treasure-
> > > > > > trove worthy planet that also has more than its fair share of
> > > > > > renewable energy plus most of everything they’d need.
>
> > > > > > The fact that the surface environment has been mostly geothermally
> > > > > > heated, its robust, very acidic and kinda steamy protective atmosphere
> > > > > > continually replenished from active geothermal vents and a
> > > > > > considerable number of volcanic sources, plus there’s always some
> > > > > > greenhouse heating as having added to this thermal trauma, is simply
> > > > > > not technically insurmountable for those of us with a 5th grade or
> > > > > > better education.
>
> > > > > > To further elaborate; if we can’t manage to technically deal with
> > > > > > surviving on or within our moon, Mars or the likes of whatever a
> > > > > > viable nearby planet like Venus has to offer, as such pretty much
> > > > > > eliminates 99.9% of whatever else is out there, including other moons,
> > > > > > Ceres, exoplanets and whatever their terrific moons might have to
> > > > > > offer. Finding another naked Goldilocks approved planet that’s
> > > > > > sufficiently wet and tropically Eden/Earth like is going to represent
> > > > > > a tough call, especially if it also needs to be favorably plant and
> > > > > > animal populated but otherwise uninhabited by any kind of humanoids,
> > > > > > aggressive meat eating critters or invasive species that would just as
> > > > > > soon invade our private parts and kill us from the inside out, as
> > > > > > pretty much next to impossible if we can’t manage to technically adapt
> > > > > > ourselves to the likes of Venus by simply utilizing the best available
> > > > > > technology to our advantage.
>
> > > > > > The positives (including its toasty environment because that planet
> > > > > > isn’t very old) simply far exceed the negatives as far as the planet
> > > > > > Venus is concerned, and we may not even be the first intelligent
> > > > > > species to utilize that planet, so that’s another good reason why we
> > > > > > should go and stay for as long and as much as our technology and
> > > > > > expertise of adapting will permit, unless those Venusians manage to
> > > > > > beat the crap out of us first.
>
> > > > > > Brad Guth / Blog and my Google document pages:
> > > > > > http://groups.google.com/group/guth-usenet?hl=en
> > > > > > http://bradguth.blogspot.com/
> > > > > > http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
On Aug 15, 7:24 am, "G=EMC^2" <herbertglazie...@msn.com> wrote:
> Well Andromeda is bigger than the Milky Way so it has the better
> chance for life. Lets go with the best odds. (most stars) We have to
> go further out. There we find the super-galaxies 10s of thousand times
> bigger than Andromeda. To bad we don't live in that great galaxy.
> TreBert
Yes indeed, the Andromeda galaxy has lots to offer, including the
eventual merger or sucker-punch of our galaxy. Now that’s going to be
one hell of a show of perhaps a million fold more impressive than our
Oort cloud interacting with the Sirius Oort cloud.
Perhaps the next best chance for intelligent life to prosper in the
near future isn’t going to include Earth, because we’re kind of like
sitting ducks in this wide open cosmic shooting gallery, and
apparently stars even like our sun do not always behave according to
the laws of physics.
This one kinda has Scientology written all over it, even if it doesn't
confirm any creation theory or impose any faith-based or Atheist
absolutes, it still represents a form of at least common sense faith
that’s backed up with physics and science (some of which is even
objective). As long as natural and artificial sorts of complex
creation isn't entirely taken off the table, then there's still hope
that eventually a better or new and improved Eden will either exist or
get created for at least some of us. In the mean time we’re kind of
stuck with our sun and the nearest other worthy planet being Venus.
If our planet were going to get nailed by some horrific asteroid that
we couldn’t divert, or even if our moon were nailed by something
capable of creating another 2500 km crater, this eventual outcome of
significant doom and gloom could make the plant Venus a whole lot more
attractive.
Big Bang, Little Bang(s) or perhaps there was No Bang at all, is how
something from nothing was supposedly the case. Einstein, others such
as yourself and myself just don’t buy it, because something had to
exist or materialize out of nothing to start with. This doesn’t
require a cosmic god, but it most certainly couldn’t possibly hurt.
Our sun has supposedly been losing less than 5e9 kg/sec (5 million
tonnes/sec) via solar wind, however that estimate probably includes
those average CMEs as having more than sufficient escape velocity of
618 km/sec. However, from here on out we could be seeing 5e11 kg/sec
loss, and 5e12 kg/sec towards the maximum red giant phase. Betelgeuse
is supposedly getting rid of 6.34e18 kg/sec and being 650 light years
away has probably already turned itself into a neutron star or a black
hole that we may eventually learn to regret if it’s any sign of what
Sirius(B) went through, and that Sirius(A) should start going bad on
us long before our sun is ready to expire.
One of the fastest CMEs of recent was ejected at nearly 2500 km/sec,
and supposedly there have been many of 2000 km/sec to near 3000 km/
sec, packing upwards of 15e9 protons/cm3/sec as it interacts with our
relatively stationary magnetosphere.
3-30-01 “The leading edge of the CME was dense (150 protons/cm3) and
strongly magnetized” and from our ACE at L1 it struck Earth's
magnetosphere about 30 minutes later = 735 km/sec (starting off at
perhaps 2400 km/sec).
http://missionscience.nasa.gov/nasascience/space_weather_101.html
http://www.uvs-model.com/WFE%20on%20sunspot.htm
Space Weather - ARES Sandoval County New Mexico
http://docs.google.com/viewer?a=v&q=cache:pwjoWwn5-y8J:www.nmscares.org/library/SpaceWeather.pps+sunspot+9393+km/sec&hl=en&gl=us&pid=bl&srcid=ADGEEShTPQ_DGSI6nvwgkJ3NXPkD2k71YQf-Mm91nUMGaX6GIavY5mqjYKivHxZm76IEwazYfYxmX5YY1n0nYKZH_nkCTgXmbK8BSK5p8jxCA8jWFqdKgVxdxXNz_XmvJOp9N3UziGd7&sig=AHIEtbQPyJ-BjMkp91bQUSMLMerygZUZtA&pli=1
No doubt this new solar CME cycle that’s going to peak and seriously
kick our electrodynamic and upper atmospheric butts by 2013, as well
as likely match or exceed those previous CME encounters of 900 km/sec
having deliveries at their leading edge densities offering something
greater than 150 protons/cm3 = 13.5e9 protons/cm3/sec or 13.5e15/m3 =
13.5e24/km3. That’s like a serious bitch slap from our sun, whereas
after each leading magnetic edge density of 150/cm3 it’ll typically
fall below the dull roar of 10~15/cm3 for the remainder of each halo
CME.
If Earth only had a robust kind of protective atmosphere like Venus,
whereas these nasty halo CMEs wouldn’t hardly bother us. But then
we’re being told by our supposed peers to ignore whatever can be
interpreted in that image of “Guth Venus”, because everyone supposedly
knows that a very large and complex looking tarmac/airstrip or landing
field situated in a rather mountainous terrain along with lots of
nearby infrastructure that looks exactly like other complex geometric
shapes including a nifty bridge, a community of large structures,
multiple side by side rock quarry sites and that rather interesting
clover-shaped reservoir with yet another connected reservoir that’s
containing something fluid, plus there’s what has to be some kind of
unusual fluid arch is just pure illusions of whatever our CIA spy
satellite technology of that era and obtaining such a 36 confirming
radar scan composite image does all the time. Problem is, no
equipment malfunctions were ever reported, and there’s no such other
examples where the SAR imaging technology has ever done such weird or
unexpected manipulations of raw pixels.
Go figure, how our crack NASA Magellan mission team of image
interpreting wizards and geology expertise entirely missed this one,
even after having been informed as of nearly 11 years ago.
The process of deductively interpreting an image is what the
astrophysics science of observationology is all about, and of course
all the usual mainstream naysay of perpetual objections to this is
exactly what a devout FUD-master is all about, so right off that bat
we get to be at insurmountable odds with each other. Go figure how
such a little portion from such a small imaged area of the extremely
nearby planet Venus can become such a royal pain in the mainstream
status-quo butt.
With regular old physics, good science and applied technology, there’s
nothing about the extremely nearby planet Venus that is actually
insurmountable, or otherwise taboo or technically forbidden. However,
by the reactions and seemingly endless obfuscation imposing denial and
utter indifference applied by those in mainstream peer status-quo
authority, you’d think Venus is only capable of offering absolute
horrific doom and gloom, eating us alive if we dare to go anywhere
near it. Of course these are the very same individuals that insisted
the USSR was intent upon attacking us from every conceivable direction
with their nukes and chemical/germ warfare toxins, and most recently
insisting Muslims as having all of those WMD and the means ready to
deploy such for killing off any remaining Americans (interpreted from
our best satellite and aerial spy imaging that’s a good hundred fold
better than our Magellan mission. Actually the list of terrestrial
doom and gloom which we’re supposed to fear and shutter ourselves over
has gotten quite large, dark and scary, even though it was mostly
bogus and phony as entirely contrived fear, uncertainty and doubt
imposed by our very own FUD-masters to begin with. So it’s getting
kind of hard to tell what we’re supposed to officially believe from
those that also have managed our national credit doom of pending
bankruptcy or even foreclosure that’s refinanced for the umpteenth
time, and the blood from our next ten generations used as collateral.
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
This kind of raw composite image of Venus, obtained via our Magellan
mission and its SAR technology at roughly a 43 degree angle of view,
further assembled as three stacked layers of radar imaging that each
having accomplished 4 looks or scans per 75 meter pixel, offers this
terrific derivative composite of a 225 meter/pixel resolution that’s
essentially 36 confirming looks or scans per pixel. This method
obviously reduces the best possible resolution but otherwise greatly
improves the truth and/or confidence value of each and every pixel.
Therefore, of items and patterns large enough to be depicted within
the 225 m/pixel format are really there, and the composite assembly of
these large pixels are really giving us their honest geometric
patterns that I believe have been worth our taking a much closer look-
see. Of course a newer radar mapping mission providing at least ten
fold better resolution could have been nicely accomplished as of a
decade ago, however instead it’s entirely up to others because, seems
our NASA has been somewhat dysfunctional and currently it’s too broke
to help with anything that isn’t their insider cabal controlled idea
to begin with.
For interpreting this image, you really do not have to be any special
kind of scientist or having to understand all that much about physics
or SAR imaging technology in order to deductively interpret this
image, but you do have to be at least honest with yourself. In order
to be as fair and objective as possible, you should stick with
resampling/enlarging the original only 3:1 in order to approximately
extrapolate what those original 75 meter per pixel images had to
offer. However, regardless of the resampling or enlargement process
running at 3:1, 5:1 or 10:1, there’s nothing weird getting
automatically added or subtracted, therefore what you get is simply a
less blocky image to review and interpret, because frankly it is
sometimes hard to step back from the computer monitor or print-out and
simply allow the brain do its own image resampling, and certainly not
all of us are initially as good at this as others.
Of course it helps to deductively interpret this if you also have at
least some terrestrial examples of natural terrain that so happens to
look and measure as anything similar, as though artificially geometric
or having been terrestrial modified by our very own intelligent life.
At least so far, 10+ years and counting, none of the mainstream
wizards as perpetual naysayers and critics have offered squat to show
us in support of their interpretation of Venus being a worthless
planet of nothing but random inert hot rocks. It certainly would have
been nice if they would, but at least so far it’s not what’s
happening, so instead they’re just topic/author stalking and bluffing
their naysay way through this one.
Besides myself having made folks squirm and cringe, there is actually
plenty of ESA, Russian and a few independent research efforts that has
a lot of old and new stuff to say about this extremely nearby planet,
of which our nearly bankrupted or underfunded and kind of
dysfunctional NASA is either in denial or having to drag itself along
as a back-seat passenger, because others are currently doing all the
driving towards a better understanding of this extremely nearby planet
that seems to have greater metallicity plus loads of just about
everything else you could possibly want.
For those few independent and investigative Usenet/newsgroup readers
that still think they have an open mindset that isn’t preconfigured to
self-destruct or implode upon hearing, reading or observing a revised
interpretation pertaining to the planet Venus, I might actually have
that different interpretation to offer, as well as a few terrific
ideas and notions that could also prove rather interesting. However,
if you are a certain kind of faith-based and social/political closed
mindset in your forever set ways of sticking with our mainstream
status-quo of revising nothing and of allowing nothing new to
challenge your mindset, like 99% of Americans as having survived their
K12 and higher education years that seem to stick to their guns of
preconceptions and indoctrinations no matters what, then you may not
have to bother yourself with any of this because I’m only going to
keep pissing you off.
Not that I can agree with each and every new or old interpretation by
others, such as these results from Venus Express that are still
ongoing and developing will hopefully get further revised as time and
resources make our understanding better, and hopefully with fewer
preconceptions keeping us from realizing the greater potential that
such an extremely nearby planet like Venus has to offer.
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
Just because our government agencies and their mainstream media which
has to publish whatever is handed to them as is (or else), as well as
the rest of us having to stick with whatever’s contained within those
K12 textbooks that’s telling us about this extremely nearby planet
Venus is simply too hot for any kind of conventional Goldilocks life
as we know it, at least presumably that’s going there in the nude and
waltzing upon its hellish surface isn’t an option, doesn’t mean that
imported and/or custom engineered life couldn’t technically manage to
survive, not to mention whatever the laws of physics and applied
technology could make Venus perfectly doable even for the frail DNA/
RNA and inferior physiology of us Goldilock humans that would require
a certain level of added protection (at east I’ve never suggested
otherwise).
Gee whiz, why am I not the least bit surprised, that supposed wizards
of such all-knowing expertise in everything imaginable, like our peers
and whatever authority above them, still can’t even manage to muster
up any similar examples of extremely rugged terrain on Earth that
looks remotely as though any of it were artificially created or even
modified to suit, that is if you know what I mean (which obviously
most of you don’t). According to our mainstream peers and perhaps
even yourself plus many others of your silly denial and obfuscation
FUD-master worthy kind, there’s supposedly only inert hot rocks on
Venus that’s entirely heated by a solar greenhouse situation because,
supposedly Venus is exactly the same age and basic composition as
Earth. However, it just so happens in this instance to look as though
Venus already has at least developed one fairly complex tarmac/airport
situated rather boldly within a very rugged kind of mountainous
terrain, along with having that nifty nearby bridge and a substantial
community of multiple high-rise geometries (large geometric
structures), as well as offering any number of nearby complex natural
formations and seemingly with active dynamics taking place (at least
within connected reservoirs plus the “fluid arch”), that when taken as
a group just so happens to be oddly arranged as though offering a
perfectly rational community like infrastructure of viable logistics
that even most 5th graders could recognize.
As far as having renewable energy goes, it seems the planet Venus has
us beat by a good thousand to one, and with such local renewable
energy abundance (much of it via direct geothermal vents, active
volcanism in addition to all of that terrific atmospheric dynamic
pressure and thermal differentials) plus there’s no apparent shortages
of raw elements (including H2, H2O and O2) is where anyone half as
smart as a 5th grader could manage to survive, with loads of energy
and local resources to spare. This is not to suggest that any sort of
naked and dumbfounded Goldilocks is ever going to be a happy Venus
camper, or that loads of frozen pizza and ice cold beer wouldn’t have
to be imported from Earth. Also try keeping in mind those terrific
robust cloud layers are not made of crystal dry sulfur dust (even ESA
has had to revise their assessment for allowing 14 teratonnes as
water, and my swag interpretation still has that all-inclusive
atmosphere pegged at holding 500+ teratonnes or roughly 0.1% of that
terrific atmospheric mass). Our own extremely thin and low density
atmosphere holds at least 50e12 tonnes of H2O (possibly with GW and
AGW has that H2O saturated upwards of 100e12 tonnes).
Once again, here's that same old original cloudless GIF composite
radar obtained image file (as raw and not having been enlargement
processed) that our mainstream status-quo has been so deathly afraid
others might actually look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer, remembering that each
pixel offers a trustworthy composite of 36 confirming radar looks or
scans to begin with.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and numerous others of their
Magellan team for more than the past decade, that’s still a generic
composite derivative like their original, because it’s entirely a
product of the original SAR obtained pixel data (nothing personal
added or subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my investigative and deductive
interpretation of what the image depicts is offering the best
observationology or the only deductive formulated option.
First of all, I kind of doubt the surface on average is going to be
significantly cooler than reported, however the most recent ESA data
via their Venus EXPRESS mission has been reveling surface temperature
variations plus telling of considerable atmospheric thermal
differentials that haven't been reported and/or sufficiently published
by others as having previously had essentially the same or better
science data to go by. Those polar surface temperatures could be
considerably cooler due to them strong atmospheric vortex
considerations that's causing such volumes of the upper nighttime
cryogenic atmosphere to draw substantial energy away from the much
hotter and sultry or steamy lower atmosphere, and of course that
includes its geothermally heated surface.
What we have in this image to look more closely at and deductively
interpret is simply a fair number of rather unusually complex
geometric patterns, of somewhat unusually unified or associated pixels
forming rather complex patterns that do not seem to be of entirely
random geology and erosion happenstance. However, there are a number
of quite large and unusual items that should be considered as natural,
such as the "fluid arch" and perhaps even that extremely large clover
shaped reservoir could easily be considered as something perfectly
natural (even though the geology of Earth offers us nothing remotely
close to such size and volume or geometric unified complexity).
However, that extensive and complex tarmac/airstrip as offering such
an unusually flat geometric unified item as clearly offering a raised
platform that’s situated within a mountainous terrain, simply isn't as
likely to be formed by way of any natural geology and erosion that we
know of, nor is that highly unusual bridge item and those multiple
other large scale items of multiple rectangular quarry sites, plus
having all those nearby collection of geometric shapes in a seemingly
rational community like setting, of what seems rather artificially
structural and rational infrastructure worthy is perhaps what should
be closely reviewed by others, to see what if any or all of those
could have possibly been formed by some kind of weird natural or
conceivably unnatural processes.
You folks must also have at least as good if not a whole lot better
image processing expertise for this resampling/enlargement capability,
so please do share that better result with us, in that at least we can
be on the same page and not looking at entirely different areas. If
you need some assistance or advisements with selecting and/or
utilizing a photo enlarging process, even though most photo resampling
software is self explanatorily, I’ll gladly donate my time and
resources free of charge.
If you should interpret this image as only containing perfectly
natural formations of greenhouse heated rocks and depicting perfectly
logical patterns of erosion, then you must also have any number of
reference example images obtained of terrestrial geology recorded by
similar radar imaging resolution to go by, thus supporting that
interpretation of seeing only inert hot rock and natural erosion, and
naturally we’d very much like to have a look-see at whatever is within
your observationology frame of reference that gives you this necessary
expertise, because you can’t just be making stuff like that up in
order to suit a given opinion or closed-mindset policy.
If need be, ask others (5th graders if necessary) to see whatever they
can interpret, because at least they’ll be willing to honestly share
whatever satellite or aerial observations of weird terrestrial and
other geology that supports their interpretation of whatever the
planet Venus has to offer, because you have to base such
interpretations on something other than media and textbook
infomercials and NASA approved hype, plus otherwise having a naysay
closed mindset isn’t exactly helpful. If you have some other
interpretation for those reservoirs that clearly contain something
fluid, and especially have any better idea as to that large clover
shaped reservoir, or explaining the nature of that “fluid arch” plus
anything else that natural geology, would be perfectly terrific to
hear about.
Otherwise, go to BradGuth.blogspot, my Google document pages or simply
contribute a new topic that’s related.
Just in case our GG and GG+ Usenet and Newsgroups flat-lines or flames-
out again, there's always my "Google-Usenet" and "Guth-Usenet"
accounts that are hosted and regulated by Google servers, as remaining
sufficiently isolated and fully functional, and for the moment they
remain open to the public and only managed by myself.
Perhaps our sun has actually been getting rid of at least 1e16 kg/day,
and that’s only going to increase as our sun converts its cache of
hydrogen into heavier elements.
By now (13.7e9 years after the BB) our galaxy probably has produced
5e12 wandering planets and planetoids (everything from the size and
mass of Ceres on up) tossed or released from spent or depleted stars,
so there’s no real shortage of rogue items out there that have sort of
lost their initial tidal radii grip or barycenter associations with
whatever original star. I’d imagine the Andromeda galaxy has at least
twice as many to either pick from or at least avoid running into,
because they are relatively cool, dark and thereby hard to spot until
it’s too late.
On Aug 15, 7:24 am, "G=EMC^2" <herbertglazie...@msn.com> wrote:
> Well Andromeda is bigger than the Milky Way so it has the better
> chance for life. Lets go with the best odds. (most stars) We have to
> go further out. There we find the super-galaxies 10s of thousand times
> bigger than Andromeda. To bad we don't live in that great galaxy.
> TreBert
Yes indeed, the Andromeda galaxy has lots to offer, including the
eventual merger or sucker-punch of plowing into our galaxy. Now
that’s going to be one hell of a show of perhaps a million fold more
impressive than our Oort cloud interacting with the Sirius Oort cloud.
Perhaps the next best chance for intelligent life to prosper in the
near future isn’t going to include Earth, because we’re kind of like
sitting ducks in this wide open cosmic shooting gallery, and
apparently stars even like our sun do not always behave according to
the laws of physics. I’ve often wondered what our sun would do to us
if it encountered a wandering Jupiter mass with its cache of hydrogen,
helium and highly metallicity worthy core. (I would certainly expect
to see an impressive CME of perhaps at least 1e25 kg if not as great
as 5e26 kg)
This next one kinda has Scientology written all over it, even if it
doesn't confirm any creation theory or otherwise impose any faith-
based or Atheist absolutes, it still represents a form of at least
common sense good faith that’s backed up with physics and science
(some of which is even objective). As long as natural and artificial
sorts of complex creation isn't entirely taken off the table, then
there's still hope that eventually a better or new and improved Eden
will either exist or get created for at least some of us. In the mean
time we’re kind of stuck with our sun and that nearest other worthy
planet being Venus.
What if our planet were going to get nailed by some horrific asteroid
or wandering planet that we couldn’t divert, or even if our moon were
nailed by something capable of creating another 2500 km crater,
whereas this eventual outcome of significant global doom and gloom
could make the plant Venus a whole lot more attractive in spite of
everything we’ve been mainstream indoctrinated with. Of course going
there in the nude and otherwise dumbfounded past the point of no
return is not an option.
Big Bang, Little Bang(s) or perhaps there was No Bang at all unless a
God fart counts, is still perplexing as to how something from nothing
was supposedly the case. Einstein, others such as yourself and myself
just don’t buy it, because something had to exist or having to
materialize out of nothing to start with. This doesn’t require a
cosmic god, but it most certainly couldn’t possibly hurt, because
according to be best intelligence on Earth (including Einstein) there
simply can not be nothing to start off with. In other words, the mass
of the known and unknown universe had to already exist.
-
Our sun has supposedly been losing less than 5e9 kg/sec (5 million
tonnes/sec) via solar wind, however that estimate probably includes
those average CMEs as having more than sufficient escape velocity of
618 km/sec. However, from here on out we could be seeing 5e11 kg/sec
loss, and then at least 5e12 kg/sec towards the maximum red giant
phase. Betelgeuse is supposedly getting rid of 6.34e18 kg/sec, and
being 650 light years away has probably already turned itself into a
neutron star or a black hole that we may eventually learn to regret if
it’s any sign of what Sirius(B) went through, and that Sirius(A)
closing in and should start going bad on us long before our sun is
ready to expire is not exactly limiting our risk of being nova
traumatized and/or nuked by a nearby star.
One of the fastest CMEs of recent was ejected at nearly 2500 km/sec,
and supposedly there have been many launched at 2000 to near 3000 km/
sec, packing upwards of 15e9 protons/cm3/sec as it interacts with our
relatively stationary magnetosphere.
3-30-01 “The leading edge of the CME was dense (150 protons/cm3) and
strongly magnetized” and from our ACE at L1 it struck Earth's
magnetosphere about 30 minutes later = 735 km/sec (starting off at
perhaps 2400 km/sec).
http://missionscience.nasa.gov/nasascience/space_weather_101.html
http://www.uvs-model.com/WFE%20on%20sunspot.htm
Space Weather - ARES Sandoval County New Mexico
http://docs.google.com/viewer?a=v&q=cache:pwjoWwn5-y8J:www.nmscares.org/library/SpaceWeather.pps+sunspot+9393+km/sec&hl=en&gl=us&pid=bl&srcid=ADGEEShTPQ_DGSI6nvwgkJ3NXPkD2k71YQf-Mm91nUMGaX6GIavY5mqjYKivHxZm76IEwazYfYxmX5YY1n0nYKZH_nkCTgXmbK8BSK5p8jxCA8jWFqdKgVxdxXNz_XmvJOp9N3UziGd7&sig=AHIEtbQPyJ-BjMkp91bQUSMLMerygZUZtA&pli=1
No doubt this new solar CME cycle that’s going to peak and seriously
kick our electrodynamic sustained infrastructure and upper atmospheric
ion butts by 2013, as well as likely match or exceed those previous
CME encounters of 900 km/sec having deliveries at their leading edge
densities as offering something greater than 150 protons/cm3 = 13.5e9
protons/cm3/sec or 13.5e15/m3 = 13.5e24/km3. That’s like a serious
bitch slap from our sun, whereas after each leading magnetic edge
density of 150/cm3 it’ll typically fall below the dull roar of 10~15/
cm3 for the remainder of each halo CME.
If Earth only had a robust kind of protective atmosphere like Venus,
whereas these nasty halo (planet directed) CMEs wouldn’t hardly bother
us. But then we’re being told by our supposed peers to keep ignoring
whatever can be interpreted in that image of “Guth Venus”, because
everyone supposedly knows that a very large and complex looking tarmac/
airstrip or landing field situated in a rather mountainous terrain
along with lots of nearby infrastructure that looks exactly like other
complex geometric shapes including a nifty bridge, a community of
large structures, multiple rectangular side by side rock quarry sites
and that rather interesting clover-shaped reservoir with yet another
connected reservoir that’s containing something fluid, plus there’s
what has to be interpreted as some kind of an unusual fluid or highly
condensed vapor arch is just pure illusions of whatever our CIA spy
satellite technology of that era utilized for obtaining such a 36
confirming radar scan composite image does all the time. Problem is,
there were no SAR imaging equipment malfunctions ever reported, and
there’s no such other examples where the same SAR imaging technology
has ever done such weird or unexpected manipulations of raw pixels.
Go figure, how our crack NASA Magellan mission team of image
interpreting wizards and supposed geology expertise entirely missed
this one, even remaining indifferent after having been informed as of
nearly 11 years ago. I’m thinking it’s kind of a wonder they know how
to wipe their own butts.
out on us again, there's always my "Google-Usenet" and "Guth-Usenet"
NOW, FOOL!
IDIOT!
Saul Levy
> Brad Guth, I'M INSANE!
>> Brad Guth, STILL INSANE!
>> > > > Brad Guth, VERY INSANE!
>> > > > > Brad Guth, VERY FUCKING INSANE!
With physics, good science and applied technology, there’s nothing
about the extremely nearby planet Venus that is actually
insurmountable, or otherwise taboo or technically forbidden. However,
by the reactions and seemingly endless obfuscation applied by those in
mainstream peer status, you’d think Venus is only capable of offering
horrific doom and gloom, eating us alive if we dare to go anywhere
near it. Of course these are the very same individuals that insisted
the USSR was intent upon attacking us from every conceivable direction
with their nukes and chemical/germ warfare toxins, and most recently
insisting Muslims having all of those WMD and the means ready to
deploy for killing off any remaining Americans. Actually the list of
terrestrial doom and gloom which we’re supposed to fear and shutter
ourselves over is quite large, dark and scary, even though it was
mostly bogus and phony as entirely contrived by our own FUD-masters to
begin with. So it’s getting kind of hard to tell what we’re supposed
to officially believe from those that also have our national pending
bankruptcy refinanced for the umpteenth time, and the blood from our
next ten generations used as collateral.
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
This kind of raw composite image of Venus, obtained via our Magellan
mission and its SAR technology at roughly a 43 degree angle of view,
further assembled as three stacked layers of radar imaging that
accomplished 4 looks or scans per 75 meter pixel, offers this
derivative composite of a 225 meter/pixel resolution of essentially 36
confirming looks or scans per pixel. This method obviously reduces
the resolution but otherwise greatly improves the truth and/or
confidence value of each and every pixel. Therefore, of items and
patterns large enough to be depicted within the 225 m/pixel format are
really there, and these large pixels are really giving us their honest
geometric patterns that I believe have been worth our taking a closer
look-see. Of course a newer radar mapping mission providing at least
ten fold better resolution would have been nice as of a decade ago,
however instead it’s entirely up to others because, seems our NASA has
been somewhat dysfunctional and currently it’s too broke to help.
You really do not have to be any special kind of scientist or having
to understand all that much about physics in order to deductively
interpret this image, but you do have to be at least honest with
yourself. In order to be as fair and objective as possible, you
should stick with resampling/enlarging the original only 3:1 in order
to approximately extrapolate what those original 75 meter per pixel
images had to offer. However, regardless of the resampling or
enlargement process running at 3:1, 5:1 or 10:1, nothing weird is
automatically added or subtracted, therefore what you get is simply a
less blocky image to review and interpret, because frankly it is
sometimes hard to step back and allow the brain do its own image
resampling, and not all of us are initially as good at this as others.
Of course it helps to deductively interpret if you also have at least
some terrestrial examples of natural terrain that so happens to look
and measure as anything similar, as though it is artificially
geometric or having been modified by our very own intelligent life.
At least so far, 10+ years and counting, none of the mainstream
wizards as perpetual naysayers and critics have squat to show us in
support of their interpretation of Venus being a planet of nothing but
random inert hot rocks. It certainly would have been nice if they
would, but at least so far it’s not happening, so instead they’re just
bluffing their way through this.
Besides myself having made folks squirm and cringe, there is actually
plenty of ESA, Russian and a few independent research efforts that has
a lot of old and new stuff to say about this extremely nearby planet,
of which our nearly bankrupted and kind of dysfunctional NASA is
either in denial or having to drag itself along as a back-seat
passenger because others are currently doing all the driving.
For those few independent and investigative Usenet/newsgroup readers
that still think they have an open mindset that isn’t preconfigured to
self-destruct or implode upon hearing, reading or observing a revised
interpretation about the planet Venus, I might actually have that
different interpretation to offer, as well as a few terrific ideas and
notions that could also prove rather interesting. However, if you are
a certain kind of faith-based and kinda social/political closed
mindset in your forever set ways sticking with our mainstream status-
quo of revising nothing and of allowing nothing new in to challenge
your mindset, like 99? of Americans having survived their K12 and
higher education years that seem to stick to their guns of
preconceptions no matters what, then you may not have to bother
yourself with any of this, because I’m only going to keep pissing you
off.
Not that I can agree with each and every new or old interpretation by
others, such as these results from Venus Express that are still
ongoing and developing will hopefully get further revised as time and
resources make our understanding better, and hopefully with fewer
preconceptions keeping us from realizing the greater potential that
such a nearby planet like Venus has to offer.
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
Just because our government agencies and their mainstream media that
has to publish whatever is handed to them as is (or else), as well as
having to stick with whatever’s contained within those K12 textbooks
telling us that this extremely nearby planet Venus is simply too hot
for any kind of conventional Goldilocks life as we know it, at least
presumably that’s in the nude upon its hellish surface isn’t an
option, doesn’t mean that imported and/or custom engineered life
couldn’t technically manage to survive, not to mention whatever the
laws of physics and applied technology could make Venus perfectly
doable even for the frail DNA/RNA and inferior physiology of us humans
that would require a certain level of added protection (at east I’ve
never suggested otherwise).
Gee whiz, why am I not the least bit surprised, that supposed wizards
of such all-knowing expertise like our peers and whatever authority
above them still can’t even manage to muster up any similar examples
of extremely rugged terrain on Earth that looks remotely as though any
of it were artificially created or even modified to suit, that is if
you know what I mean (which obviously most of you don’t). According
to our mainstream peers and perhaps even yourself plus many others of
your silly obfuscation and FUD-master worthy kind, there’s supposedly
only inert hot rock on Venus that’s entirely heated by a solar
greenhouse situation because, supposedly Venus is exactly the same age
and basic composition as Earth. However, it just so happens in this
instance to look as though Venus already has at least one fairly
complex tarmac/airport situated rather boldly within a very rugged
kind of mountainous terrain, along with having that nifty nearby
bridge and a substantial community of multiple high-rise geometries
(large geometric structures), as well as offering any number of nearby
complex natural formations and seemingly active dynamics taking place
(at least within connected reservoirs plus the “fluid arch”), that
when taken as a group just so happens to be oddly arranged as though
offering a perfectly rational community like infrastructure of viable
logistics that even most 5th graders could recognize.
As far as having renewable energy goes, it seems the planet Venus has
us beat by a good thousand to one, and with such local renewable
energy abundance (much of it via direct geothermal vents, active
volcanics in addition to all of that terrific atmospheric dynamic
pressure and thermal differentials) plus there’s no apparent shortages
of raw elements (including H2, H2O and O2) is where anyone half as
smart as a 5th grader could manage to survive, with loads of energy
and local resources to spare. This is not to suggest that any sort of
naked and dumbfounded Goldilocks is ever going to be a happy Venus
camper, or that loads of frozen pizza and ice cold beer wouldn’t have
to be imported from Earth. Also try keeping in mind those terrific
robust cloud layers are not made of crystal dry sulfur dust (even ESA
has had to revise their assessment to allowing 14 teratonnes as water,
and my swag interpretation still has that atmosphere pegged at holding
500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
Our extremely thin and low density atmosphere holds at least 50e12
tonnes of H2O (possibly with GW and AGW has that H2O saturated up
towards 100e12 tonnes).
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer, remembering that each
pixel offers a trustworthy composite of 36 confirming radar looks or
scans to begin with, and peering down at 43 degrees is what kinda
makes it into a 3D worthy image. .
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original, because it’s entirely a product of the
original SAR obtained pixel data (nothing personal added or
subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my investigative and deductive
interpretation of what the image depicts is offering the best
observationology or the only deductive formulated option.
First of all, I kind of doubt the surface on average is going to be
significantly cooler than reported, however the most recent ESA data
via their Venus EXPRESS mission has been reveling surface temperature
variations plus telling of considerable atmospheric thermal
differentials that haven't been reported and/or sufficiently published
by others as having previously had essentially the same or better
science data to go by. Those polar surface temperatures could be
considerably cooler due to them strong atmospheric vortex
considerations that's causing such upper nighttime cryogenic
atmosphere to draw substantial energy away from the much hotter and
sultry or steamy lower atmosphere and that of its geothermally heated
surface.
What we have here to look at and deductively interpret is simply a
fair number of rather unusually complex geometric patterns, of
somewhat unusually unified or associated pixels forming rather complex
patterns that don't seem to be of entirely random geology
happenstance. However, there are a number of quite large and unusual
items that should be considered as natural, such as the "fluid arch"
and perhaps even that extremely large clover shaped reservoir could
easily be considered as something perfectly natural (even though the
geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat geometric item as
clearly offering a raised platform that’s situated within a
mountainous terrain, simply isn't as likely to be formed by way of any
natural geology and erosion that we know of, nor is that highly
unusual bridge item and those multiple other large scale items of
multiple rectangular quarry sites, plus having a nearby collection of
geometric shapes in a rational community like setting, of what seems
rather artificially structural and rational infrastructure worthy is
perhaps what should be closely reviewed by others to see if any or all
of those could have possibly been formed by some kind of weird natural
or conceivably unnatural processes.
You folks must also have at least as good if not a whole lot better
image processing expertise for this resampling/enlargement capability,
so please do share that better result with us, in that at least we can
be on the same page and not looking at entirely different areas. If
you need some assistance or advisements with selecting and/or
utilizing a photo enlarging process, even though most photo resampling
software is self explanatory, I’ll gladly donate my time and resources
free of charge.
If you should interpret this image as only containing perfectly
natural formations of greenhouse hot rock and depicting logical
patterns of erosion, then you must also have any number of reference
example images obtained of terrestrial geology recorded by similar
radar imaging resolution, by which that interpretation of seeing only
inert hot rock and natural erosion is based upon, and naturally we’d
like to have a look-see at whatever is within your observationology
frame of reference that gives you the necessary expertise, because you
can’t just be making stuff like that up in order to suit a given
opinion or policy.
If need be, ask others (5th graders if necessary) to see whatever they
can interpret, because at least they’ll be willing to honestly share
whatever satellite or aerial observations of weird terrestrial and
other geology that supports their interpretation of whatever the
planet Venus has to offer, because you’ll have to base such
interpretations on something other than media eyecandy and textbook
infomercials plus having a naysay kind of closed mindset isn’t exactly
helpful. If you have some other interpretation for those reservoirs
that clearly contain something fluid, and especially have any better
idea as to that large clover shaped reservoir, or explaining the
nature of that “fluid arch” would be terrific to hear about.
Otherwise, go to BradGuth.blogspot, my Google document pages or simply
contribute a new topic of your very own that’s in any way related.
Btw; at least my "Google-Usenet" and " Guth-Usenet" accounts have
remained fully functional, and for the moment they remain open to the
public.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
> http://docs.google.com/viewer?a=v&q=cache:pwjoWwn5-y8J:www.nmscares.o...
BAWAHAHAHAHAHAHAHAHAHAHAHA!
WHAT AN IDIOT YOU ARE!
VILLAGE IDIOT AT THAT!
Saul Levy
On Fri, 26 Aug 2011 22:36:53 -0700 (PDT), Brad Guth
<brad...@gmail.com> wrote:
>The process of deductively interpreting an image is what the science
>of observationology is all about, and of course all the usual
>mainstream naysay of perpetual objections to this is exactly what a
>devout FUD-master is all about, so right off that bat we’re at
>insurmountable odds with each other. Go figure how such a little
>portion from such a small imaged area of the extremely nearby planet
>Venus can become such a royal pain in the mainstream status-quo butt.
>
>With physics, good science and applied technology, there’s nothing
>about the extremely nearby planet Venus that is actually
>
> Brad Guth, GOOFY IS FULL OF SHIT!
[TONS OF EVER GROWING SHIT REMOVED!]
Now we have my process of deductively interpreting an image, is what
the subjective science of observationology is all about, and of course
all the usual mainstream naysay of perpetual objections to this is
exactly what a devout mainstream FUD-master is all about, so right off
that bat we’re at insurmountable odds with each other. Go figure how
such a little portion from such a small imaged area of the extremely
nearby planet Venus can become such a royal pain in the mainstream
status-quo butt.
With physics, good science and applied technology, there’s really
nothing about the extremely nearby planet Venus that is actually
insurmountable, or otherwise taboo or technically forbidden. However,
by the reactions and seemingly endless obfuscation applied by those in
mainstream peer status, you’d think Venus is only capable of offering
horrific doom and gloom, eating us alive if we dare to go anywhere
near it. Of course these are the very same individuals that insisted
the USSR was intent upon attacking us from every conceivable direction
with their nukes and chemical/germ warfare toxins, and most recently
insisting Muslims having all of those WMD and the means ready to
deploy for killing off any remaining Americans. Actually the list of
terrestrial doom and gloom which we’re supposed to fear and shutter
ourselves over is quite large, dark and scary, even though it was
mostly bogus and phony as entirely contrived by our own FUD-masters to
begin with. So it’s getting kind of hard to tell what we’re supposed
to officially believe from those that also have our national pending
bankruptcy refinanced for the umpteenth time, and the blood from our
next ten generations used as collateral.
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
This kind of raw composite image of Venus, obtained via our Magellan
mission and its SAR technology, looking down at roughly a 43 degree
angle of view, further assembled as three stacked layers of radar
imaging that accomplished 4 looks or scans per 75 meter pixel, offers
this terrific derivative composite of a 225 meter/pixel resolution, of
essentially 36 confirming radar looks or scans per pixel. This method
bother to look at:
If need be, don’t be afraid to ask others (5th graders if necessary)
to see whatever they can interpret, because at least they’ll be
willing to honestly share whatever satellite or aerial observations of
weird terrestrial and any other geology that supports their
A high metallicity star like Sirius(B) would have likely created
planets like Venus and possibly even a few planetoids like Selene,
although our moon seems as old or older than Earth, so perhaps
Sirius(B) wasn’t its likely creator.
http://oklo.org/2011/02/20/a-planet-metallicity-correlation-for-low-mass-planets/
Here are some other topics related to the planet Venus that can’t
seem to fly, so to speak.
Terraforming Venus - is it really necessary?
On Jul 1, 1:49 pm, "Uncle Sam" <uncle...@hatesspam.com> wrote:
: Would it be possible to construct buildings on or just below the
surface of
: Venus that are capable of withstanding the immense heat and
pressure?
- and -
Venus - rapid terraforming with utility fog?
On Jul 4, 10:14 am, "Richard Stephens" <rstephen...@gmail.com> wrote:
: Venus has an abundance of carbon, so why not use it to create a
thick
: layer of utility fog that would cover the planet. There should be
enough
: carbon for the blanket of foglets to be tens of miles thick.
: Benefits of utility fog:
: 1. The fog would have the ability to quickly cool off the planet,
acting as
: a giant radiator.
: 2. The fog could make up for the very slow day/night cycle by
simulating
: a "normal" 24 hour Earth cycle.
: 3. 100 miles of utility fog should support a population in the
hundreds of
: billions, if not trillions.
: 4. The whole process could be completed in a decade or less, not
the
: centuries that it's estimated terraforming would take.
- and -
On Jul 4, 3:14 pm, Pat Flannery <flan...@daktel.com> wrote:
: Now, if we can just make the nanobots for the utility fog, figure
out
: how they are to be powered, figure out how to get them to tolerate
the
: heat, pressure, and sulfuric acid at the beginning of the process,
and
: figure out how to get rid of trillions of them once the planet is
: terraformed.
: And there's another problem; studies of impact craters on the
surface
: of Venus show that all of them are fairly young in geologic terms,
: indicating the whole surface goes molten from time to time.
: A cool atmosphere isn't going to help if you are swimming around in
: red hot lava.
I believe that’s exactly correct, whereas the geothermal upwelling or
energy outflux of 20.5 w/m2 is going to remain extremely problematic,
not that a strong solar influx and those thick and dense acidic clouds
haven’t been making it kind of worse. Perhaps our William Mook can
create and deploy trillions upon trillions of those highly reflective
nanobots that could manage to keep themselves only on the sunward
side, acting as a highly reflective fog above those already reflective
and solar spectrum blocking clouds.
Actually, even somewhat better than any swarm or fog of reflective
nanobots is using a vast fleet of hydrogen filled robotic airships
that are each offering a reflective area of 1e6 m2, as a relatively
flat disk shape of 1.13 km diameter as always laying horizontally flat
with their highly reflective gold mylar facing sunward as they
maintain their cruising at 70~75 km, could prove quite nifty for a
multitude of terrific reasons other than contributing shade and
improving the average albedo by possibly one or two percent better.
If these highly reflective airships averaged 100 meters thick, we’re
talking about a 1e8 m3 airship, that within 1% of its volume could
house at least an onboard community of a hundred humans, along with
some pets, livestock and just about anything else you’d care to pack
along. In order to accomplish any significant shading, there’d have
to be at last a million of these saucer shaped airships, so that
accommodating 100 million of us without ever setting one hot foot onto
that geothermally heated surface seems like kind of a good idea.
Perhaps otherwise Monsanto or even Nalco that makes Corexit and other
highly toxic substances for hydrocarbon butt covering, can devise a
molecular modifier for CO2 and S8 that'll reflect at something near
90% by day, and automatically convert to a fully transparent cryogenic
layer by night, then somehow sunlight activated in order to revert
back to reflecting by day. On the other hand, our extremely nearby
and mostly geothermally heated Venus is at least technically doable
for accommodating us humans as is, though just not in the nude because
it’s still going to be downright hot and nasty unless suitable
habitats and methods of surface or airship transportation are
provided. Actually, composite rigid airships represent a perfectly
doable technology.
Terraforming the entire planet by artificial means is probably not
going to be necessary unless you and Goldilocks have always been
planning on going there in the nude, because I’d have to say that it’s
quite technically possible to survive that hellish planet as is, and
no doubt the extremely nearby planet Venus is therefore perfectly
suited for most intelligent humans other than our naked and typically
dumbfounded Goldilocks types that can’t seem to think outside of their
cozy mainstream status-quo box, such as our resident GOP/ZNR rednecks
and their fellow FUD-masters (mostly topic/author stalking and posting
in alt.astronomy) that couldn’t manage to survive even if we turned
parts of Venus into another Eden for hosting fast-food vendors and
hosting the next Winter Olympics (naturally indoors). This is not to
say each and every active volcano and/or terrific geothermal vent is
going to be safe to visit, because that would be silly. However, some
geothermal vents are likely spewing hot and dense mineral brines or
caustic/acidic fluids instead of harmless vapors, or even spewing
hydrocarbons that given 92+ bar could seem as though acting kind of
hydrodynamic to those SAR imaging methods.
The local pressure and/or rather substantial atmospheric density at
90% gravity is really not a problem for accommodating our genetics or
physiology as long as everything gets fully equalized over a
reasonably safe transitional period of time, and you manage to keep
yourself within +/- .2 bar/hr(+/- 3 psi/hr) should remain as
sufficiently equalized without complications, and otherwise it’s also
a rather nifty environment unless you don't happen to like having 10%
less gravity, the terrific 65 kg/m3 buoyancy and otherwise extremely
good protection from cosmic, solar and local radiation, as well as
always being nicely defended from meteors and even from encountering
small asteroids should not be a problem because, most of those items
simply can’t get all the way through the dense atmospheric soup.
Breathing an artificial mix of 99% H2 and 1 % O2 should easily extend
that range of atmospheric pressure change per hour to an acceptable
+/- 2 Bar (+/- 29 psi)/hr, although a km elevation change in that
lower atmosphere is worth 4.1 bar(roughly 60 psi), so it might not be
advisable to exceed any change in elevation greater than 17 meters/
minute unless some additional physiological pressure equalization
techniques are implemented. There’s certainly never going to be any
shortage of hydrogen, and even O2 can’t honestly be in short supply as
long as you basically know what you are doing. Without nitrogen and
otherwise kinda dehydrated, your body as breathing 99% H2 and 1% O2 is
also going to weigh yet another 5~10% less, so you’re not going to
float away but, you’d certainly notice the difference right off the
bat (0.905 gravity and 65+ kg/m3 buoyancy).
Heat management: R-1024/meter of thermal insulation is also not a
technical nor logistical problem (especially when the insulated
application environment is relatively dry and CO2 inert), as created
from local basalt that’s easily processed from all of the locally
renewable energy that's damn near unlimited for creating basalt
milliballoons (filled or displaced with hydrogen would simulate a
super-atom shell or electron cloud that wouldn’t compress, offering a
microballoon product density of roughly 104 kg/m3 or as an assembled
structural element of as little as 64 kg/m3 once the local buoyancy
and gravity are accounted for) and of course we’d have those terrific
fibers, although we could always use Silica Aerogel of only 2 kg/m3,
means that enclosed Silica Aerogel (such as within the structural
shell of a composite rigid airship or within geometric building blocks
that contain those basalt milli and micro-spheres) could easily allow
its volume to become worth -63 kg buoyant unless that Silica Aerogel
compresses and/or equalizes to a slightly greater than atmospheric
density, of which enclosed and displaced with hydrogen should easily
prevent.
http://www.aerogel.org/
http://en.wikipedia.org/wiki/Aerogel
Utilized as part of the structural composite: “It has remarkable
thermal insulative properties, having an extremely low thermal
conductivity: from 0.03 W/m·K[9] down to 0.004 W/m·K,[6] which
correspond to R-values of 14 to 105 for 3.5 inch thickness. For
comparison, typical wall insulation is 13 for 3.5 inch thickness. Its
melting point is 1,473 K (1,200 °C or 2,192 °F).”
The distinct advantage to utilizing uncrushable microspheres or
millispheres is that their volumetric density with whatever external
pressure doesn’t change, and the static loading and/or its surface
loading capability is truly impressive. This gets even better when
the surrounding fill or matrix of whatever binder offers a similar
tough ability. Even utilizing fluffy or highly porous ceramics are
not going to be terribly dense.
Basalt as easily refined and made into fused glass microspheres or
even using larger millispheres as having a volumetric true sphere
displacement mass of 104 kg/m3, with a crush rating in excess of 9.5e3
bar (138e3 psi), and each hollow sphere offering its 86% cavity volume
for enclosing H2 at less than 0.1 bar (whereas the H2 sure as hell
isn’t going to leak out, nor is any heavy CO2 ever going to leak in).
In other words, basalt glass hollow spheres put into a composite
structural geometric element application (displacing 65% by volume)
are going to halfway float within that atmospheric soup of 65 kg/m3
buoyancy, because that atmospheric density and the local 90.5% gravity
is only making it so much better. Perhaps using a silica gel
displacement (35% by volume) as the microballoon geometric fill matrix/
binder could also be applied.
http://composites.poly.edu/Publications/Gupta-Tensile%20syntactic%20foam.pdf
http://solutions.3m.com/wps/portal/3M/en_US/Energy-Advanced/Materials/Products/Prod_Catalog-SMD/?PC_7_RJH9U5230GE3E02LECFTDQ4G06_nid=CR1NGJJX5QbeWHB23F5LMRgl
http://www.esa.int/gsp/completed/030910ESTEC16292.pdf
Clearly high temperature capable materials offering exceptional
insulation and otherwise for creating a robust structural composite
that’s impervious to most anything the Venus environment has to offer,
as well as having various electro-mechanical equipment that’ll survive
811 K is simply not technically an insurmountable problem. Whereas
going to Venus in the nude as a dumbfounded Goldilocks should remain
as highly problematic.
Otherwise that terrific atmosphere itself is an ideal superfluid
freon, so to speak, because a little compressed CO2 on Venus goes into
its supercritical liquid phase rather easily, and from that superfluid
you can air condition yourself all the way down to becoming dry ice
(-78 C, 195 K), if you like. Easily extract a little helium and you
can go for running a super collider. So, I really don’t see what the
big insurmountable deal is about the ambient surface temperatures,
other than you wouldn’t want to set yourself over a geothermal vent
(of which there are thousands) or try to trek directly over any given
volcanic hot spot of recent magma.
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still a generic composite
derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because
I’m not certain that my interpretation of what the image depicts is
offering the best or only option.
First of all, I kind of doubt the surface is significantly cooler than
reported, however the most recent ESA data via their Venus EXPRESS
mission has been reveling considerable atmospheric thermal
differentials that haven't been reported and/or published by others as
having previously had essentially the same or better science data to
go by. Those polar surface temperatures could be considerably cooler
due to them strong atmospheric vortex considerations that's causing
such upper nighttime cryogenic atmosphere to draw energy from the much
hotter lower atmosphere and it’s geothermally heated surface.
What we have here to look at and deductively interpret is simply a
fair number of unusually complex geometric patterns, of somewhat
unusually unified or associated pixels that don't seem to be of
entirely random geology happenstance. However, there are a number of
quite large and unusual items that should be considered as natural,
such as the "fluid arch" and perhaps even that extremely large clover
shaped reservoir could be considered as perfectly natural (even though
the geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat item situated
within that mountainous terrain simply isn't as likely to be formed by
natural geology we know of, nor is that highly unusual bridge item and
those multiple other large scale items of a nearby community of
geometric shapes and a their rational community like setting, of what
seems rather artificially structural and rational infrastructure
worthy is what should be closely reviewed by others to see if any or
all of those could have been formed by natural processes.
Of course if Einstein was a Muslim or pretty much anything other than
a Zionist Semite as having interpreted an image which essentially
uncovered what seems perfectly intelligent and rational about Venus
hosting such other intelligent life, he’d be instantly classified as a
Usenet “kook” or something much worse, because there will always be
those of wealth and authority in perpetual denial, as pretend-Atheists
that only happen to act/react exactly like Semites, as well as those
obfuscating their FUD-master butts off in order to disqualify this
discovery and any associated topics pertaining to intelligent other
life, but then you’re not required to read any of those faith-based
contrived and disparaging replies unless you want a good laugh, or a
good cry because of how your government and its faith-based support
has systematically failed you and our republic on so many levels.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
????
There’s obviously a reason (actually many) why our public funded NASA,
DARPA, NGIA/NIMA plus any number of interrelated and/or special-
interest agencies and insider groups, as well as those outside
associates having been contracted as special services, such as our
JPL, as a whole these are so compartmentalized that they are kind of
in a dysfunctional mess that can’t afford to budge an inch on this
discovery of intelligent other life as having been existing/coexisting
on the nearby planet Venus.
However, just because yourself and other pretend-Atheists as Semitic
acting FUD-masters happen think all research that's other than NASA,
DARPA and/or Jewish/Qinetiq approved by way of their having
accommodated such mainstream interpretations as only via their inner
most circle of public funded associates and friends, is somehow
entirely bogus and/or continually lying to us by methods of
obfuscation (excluding and/or banishing whatever facts don’t happen to
agree with their status-quo), really isn't a sufficient cause or
justification for you to think in exactly the same closed mindset way.
In spite of what most of us have been informed by our peers, there's
sufficient independent and/or alternative research, as deductive
interpreted science that has identified the global energy imbalance of
Venus, of the global geothermal outflux or upwelling of core heat from
within Venus that's in excess of 20 w/m2, so don't keep blaming myself
for having noticed those kinds of research data. If you still have a
problem of perpetual distrust based upon whatever ethnicity and social/
political or some faith-based bias, take it up with them and not with
others trying to honestly connect a few public and private funded
dots.
The average Venus surface as a whole body only gets to absorb 132 w/m2
from the sun that's providing up to 2650 w/m2 at those highly
reflective cloud tops. In other words, by day the surface receives
roughly 10% or 264 w/m2 (that's actually reasonably well illuminated
in spite of those 25 km thick and robust acidic clouds plus a few km
of other haze/fog layers above and below), which averages out to 132 w/
m2 on a global day/night basis. Others having interpreted the best
available science have the combined solar secondary/recoil energy from
that toasty surface plus its geothermal outflux pegged at 153 w/m2,
leaving us with a 21 w/m2 thermal discrepancy or imbalance. In other
words, Venus has not been thermal holding itself steady or much less
getting any hotter, and obviously all of its substantial atmosphere
(including them wet acidic clouds that offer hundreds of teratonnes
worth of h2o) is entirely derived and sustained from within itself.
In other words, those are not crystal dry clouds of sulfuric dust.
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might look
at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a good look-see at interpreting whatever that sort of 225
meter per pixel resolution has to offer.
Once again, here’s one of my 10:1 enlargements of the very same area
that I’ve pointed out to NASA and others of their Magellan team for
more than the past decade, that’s still a generic composite derivative
like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because I’m
not certain that my interpretation of the image is the best or only
option.
Just in case our GG and GG+ Usenet and Newsgroups flat-lines or flames-
out again, there's always my "Google-Usenet" and "Guth-Usenet"
accounts that are hosted and regulated by Google servers, as remaining
sufficiently isolated and fully functional, and for the moment they
are open to the public and only managed by myself.
Alternate Usenet, Blog and my Google document pages:
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Aug 28, 6:08 pm, Brad Guth <bradg...@gmail.com> wrote:
> Not that you need to hear this from anyone else, but clearly Venus is
> simply not as old as Earth. In fact, Venus has been acting of all
> things almost exactly as old as Sirius(B), and its metallicity is
> certainly none too deficient.
> Posted by: graemebird | July 15, 2011:
> Spanking Venus/ The Case Of The Lazy Layer
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
Use whatever digital photo-zoom or resampling/enlargement makes you a
happy camper, and then pick out anything that happens to look as
somewhat unusual or geometrically suspicious that perhaps wasn’t
entirely accomplished by natural processes.
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to NASA and others of their Magellan team
for more than the past decade, that’s still offering a generic
composite derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead do
so, because I’m not absolutely certain that my interpretation of what
the image depicts is offering the best or only option.
First of all, it would be good to know if you have any specific
expertise or personal talent to offer, in the art or science of
interpreting an image? (or is this the very first time)
Secondly, I’d like to know if you have any first-hand expertise in
terrestrial geology, including erosion and impact generated
variations?
Thirdly, do you even know what this SAR imaging is all about, and of
how this image was obtained? (if not, then we’ll need to review this
extremely important information)
I’ll even gladly talk you though the photo resample/enlargement
process step by step, exactly as I’ve done for others more than a
thousand times before. Others should be capable of accomplishing the
same or better results, and otherwise unlike our NASA, I’d like to
post links to their efforts so as to share as much credit as possible.
Btw; <http://www.starbacks.ca/bradguth/images/guth-venus-180-info.jpg>
is a total hijacked fraud or at least a bogus copy of extremely old
stuff, that didn’t even bother to get the HTML format or images
correct.
Here’s a few of my very old and badly outdated pages that’ll give you
a little something to work with.
http://guthvenus.tripod.com/
http://guthvenus.tripod.com/Description.html
http://guthvenus.tripod.com/images/guth-venus-180-A.jpg
http://guthvenus.tripod.com/images/GUTH-72W-info.jpg
http://guthvenus.tripod.com/images/guth-venus-180-info.jpg
Otherwise, go to BradGuth.blogspot and my Google document pages:
http://groups.google.com/group/guth-usenet?hl=en
http://bradguth.blogspot.com/
You can also create an entirely new topic or post a reply to one of
mine without having all the usual gauntlets of mainstream clowns and
FUD-masters that are found within these public Usenet/newsgroups, by
using either of the following private newsgroups groups that are
currently open to the public. You can also call: 12538576061 or
12534599790
Alternate Usenet(s), Blog and my Google document pages:
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Aug 29, 7:58 am, Brad Guth <bradg...@gmail.com> wrote:
> Not that you folks need to keep hearing this from anyone else, but
> clearly this extremely nearby planet Venus is simply not as old as
> Earth. In fact, Venus has been geologically acting of all things
> almost exactly as old as Sirius(B), and its metallicity is certainly
> none too deficient.
> Posted by: graemebird | July 15, 2011:
> Spanking Venus/ The Case Of The Lazy Layer
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
>
> A high metallicity star like Sirius(B) would have likely created
> planets like Venus and possibly even a few planetoids like Selene,
> although our moon seems as old or older than Earth, so perhaps
> Sirius(B) wasn’t its likely creator.
> http://oklo.org/2011/02/20/a-planet-metallicity-correlation-for-low-m...
> http://composites.poly.edu/Publications/Gupta-Tensile%20syntactic%20f...
>
> http://solutions.3m.com/wps/portal/3M/en_US/Energy-Advanced/Materials...
Now we have my ongoing process of deductively interpreting an image,
as representing what the subjective science of observationology is all
about, and of course all the usual mainstream naysay of perpetual
denial and objections to this deductive interpretation is exactly what
a devout mainstream FUD-master is all about, so right off the bat
we’re at insurmountable odds with each other regardless of the
multiple geometric patterns, that as far as anyone knows can’t be
replicated by the random happenstance of nature and erosion. Go
figure how such a little portion from such a small imaged area of the
extremely nearby planet Venus can become such a royal pain in the
mainstream status-quo butt.
With regular physics, perfectly good science that can be replicated
and applied technology, there’s really nothing about the extremely
nearby planet Venus that is actually insurmountable, or otherwise
taboo or technically forbidden. However, by the reactions and
seemingly endless obfuscation and perpetual denial applied by those in
mainstream peer status-quo authority, you’d think Venus is only
capable of offering horrific doom and gloom, by eating us alive if we
dare to go anywhere near it. Of course these are the very same
individuals that insisted the USSR was intent upon attacking us from
every conceivable direction with their nukes and chemical/germ warfare
toxins, and most recently insisting Muslims having all of those WMD
and the logistical means ready to deploy for killing off any remaining
Americans. Actually the list of terrestrial doom and gloom which
we’re supposed to fear and shutter ourselves over is quite large, dark
and scary, even though it was mostly bogus and phony as entirely
contrived by our very own FUD-masters to begin with. So it’s getting
kind of hard to tell what we’re supposed to officially believe from
those that also have our national pending bankruptcy refinanced for
the umpteenth time, and the blood from our next ten generations used
as collateral.
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
This kind of raw composite image of Venus, obtained via our Magellan
mission and its SAR technology, looking down at roughly a 43 degree
angle of view, further assembled as three stacked layers of radar
imaging that accomplished 4 looks or scans per 75 meter pixel, offers
this terrific derivative composite of a 225 meter/pixel resolution of
essentially 36 confirming radar looks or scans per pixel. This method
obviously reduces the resolution but otherwise greatly improves the
truth and/or confidence value of each and every pixel. Therefore, of
items and patterns large enough to be depicted within the 225 m/pixel
format are really there, and these large pixels are really giving us
their honest geometric patterns that I believe have been worth our
taking a closer look-see. Of course a newer radar mapping mission
providing at least ten fold better resolution would have been nice as
of a decade ago, however instead it’s entirely up to others because,
seems our NASA and their DARPA wizards has been somewhat dysfunctional
and currently it’s too broke to help.
Fortunately you and most others really do not have to be any special
kind of scientist or having to understand all that much about physics
or even SAR imaging in order to deductively interpret this image, but
you do have to be at least honest with yourself. In order to be as
fair and objective as possible, you should stick with resampling/
enlarging the original by only 3:1 in order to approximately
extrapolate what those original 75 meter per pixel images had to
offer. However, regardless of the resampling or enlargement process
running at 3:1, 5:1 or 10:1, nothing weird is automatically added or
subtracted, therefore what you get is simply a less blocky image to
review and interpret, because frankly it is sometimes hard to merely
step back and allow the brain do its own image resampling, and not all
of us are initially as good at this as others.
Of course it helps to deductively interpret if you also have at least
some terrestrial examples of natural terrain that so happens to look
and measure as anything similar, as though it were artificially made
to look geometric or otherwise having been modified by our very own
intelligent life. At least so far, 10+ years and counting, none of
the mainstream wizards as perpetual naysayers, critics and FUD-masters
have squat to show us in support of their interpretation of Venus
being a retched worthless planet of nothing but random inert hot
rocks. It certainly would have been nice if they would have made an
effort, but at least so far it’s not happening, so instead they’re
just good at obfuscating and bluffing their way through this.
Besides myself having made folks squirm and cringe, there is actually
plenty of ESA, Russian and a few independent research efforts that has
a lot of old and new stuff to say about this extremely nearby planet,
of which our nearly bankrupted and kind of dysfunctional NASA is
either in denial or having to drag itself along as a back-seat
passenger because others are currently doing all the driving.
For those few independent and investigative Usenet/newsgroup readers
that still think they have an open mindset that isn’t preconfigured to
self-destruct or implode upon hearing, reading or observing a revised
interpretation about the planet Venus, I might actually have that
different interpretation to offer, as well as a few terrific ideas and
notions that could also prove rather interesting. However, if you are
a certain kind of faith-based and kinda social/political closed
mindset in your forever set ways sticking with our mainstream status-
quo of revising nothing and of allowing nothing new in to challenge
your mindset, like 99? of Americans having survived their K12 and
higher education years that seem to stick to their guns of
preconceptions no matters what, then you may not have to bother
yourself with any of this, because I’m only going to keep pissing you
off.
Not that I can agree with each and every new or old interpretation by
others, such as these results from Venus Express that are still
ongoing and developing, will hopefully get further revised as time and
tonnes of H2O (possibly with GW and AGW has that H2O saturated upwards
of 100e12 tonnes, at least the recent storm that nailed the East coast
would tend to make folks agree that our GW/AGW atmosphere is holding
more water).
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
(God forbid) bother to look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer, remembering that each
pixel offers a trustworthy composite of 36 confirming radar looks or
scans to begin with, and peering down at 43 degrees is what kinda
makes it into a 3D worthy image. .
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to our NASA and others of their infamous
Magellan team for more than the past decade, that’s still a generic
composite derivative like their original, because it’s entirely a
byproduct of our original SAR obtained pixel data (nothing personal
CASE CLOSED!
Saul Levy
On Wed, 31 Aug 2011 10:19:48 -0700 (PDT), Brad Guth
<brad...@gmail.com> wrote:
>Not that you folks need to keep hearing this from anyone else, but
>clearly Venus is simply not acting as old as Earth. In fact, Venus
>and it’s rather high metallicity saturation has been acting of all
>things almost exactly as old as Sirius(B), and at least the best
>science as to its surface metallicity is certainly none too deficient.
>
> Brad Guth,
It seems more obvious than ever that our public and/or faith-based
funded peers as mental retards and dysfunctional Goldilocks that need
another planet they can dominate as well as run around and frolic in
the nude, as such are going to be very disappointed in the exoplanet
options, especially when so much of Earth isn’t suited to their taste
as is unless you happen to be among the rich and powerful with
privileges and benefits that only yourself and others of your upper
caste are entitled to.
On the other hand, what if we’ve all been systematically distracted
and snookered past the point of no return? (not to mention having been
systematically dumbfounded and lied to, as well as ripped off and
getting bankrupted by those of our own elected and faith-based
authority that were supposed to keep the really bad stuff from ever
happening, or at least from getting any worse)
Isn’t mainstream obfuscation pretty much the exact same thing as
selectively withholding information and thereby the same as telling us
lies?
What if we discovered a truly super terrific planet that was
reasonably nearby and it essentially had everything of those essential
raw elements except molecular abiogenic hydrocarbons (even though most
rocky planets and even a few moons by rights should offer abiogenic
hydrocarbons unless their laws of physics are different), and perhaps
otherwise offered only a minimal amount of surface nitrogen (its
atmospheric N2 at 3.5% of 4.8e20 kg = 1.7e19 kg (roughly three fold
more N2 than our own atmospheric mass) that’s sourced and replenished
from deep within the planet).
What if this planet otherwise offered essentially unlimited renewable
energy that was worth roughly at least ten fold or 1000% more of
easily extractable energy/m2 than Earth has to offer us. (actually a
hundred fold greater energy is more like it)
What if the geothermal upwelling energy was basically unlimited and
otherwise naturally venting in over a thousand easily tapped locations
as is, not to mention one specific enormous fluid arch that’s easy
enough to see even at 225 meters/pixel as is.
What if the satellites of this other world had to orbit 300+ km due to
its highly protective atmosphere, and because of the incredibly slow
planet rotation makes GSOs way the hell out there. (seems we might as
well utilize its cool L2 as our OASIS outpost/gateway and simply hand
deploy GSO satellites and data transponders from that energy efficient
orbital location)
What if the atmosphere below those thick and robust layers of
protective though acidic clouds that represent teratonnes of easily
accessible water was actually relatively calm, dry and nicely
retrograde (meaning that any composite rigid airship/shuttle could
easily cruise or station-keep itself within the always slightly cooler
season of nighttime, and otherwise efficiently operate within a
relatively clear atmosphere up to 30 km altitude and otherwise down to
the superfluid lower atmosphere that offers 65+ kg/m3 worth of
buoyancy.
What if the available buoyancy that was worth 65+ kg/m3 and whatever
materials of your rigid composite airship/shuttle construction, fuels,
supplies, equipment and yourself only weighed 90.5 % of the same on
Earth.
What if there was actually a lot more of those heavy elements of
thorium, uranium and several other rare heavy metals or crystallized
elements to behold than Earth has, and it was all easily accessible
upon or within its unusually high metallicity surface.
What if this other planet was by far the closest to us (passing within
100 LD every 19 months), making its L2 easily accessible within a
three month trek.
What if there had already been some other form(s) of intelligent life
existing/coexisting on this other planet, as suggested by the quality
radar surveillance image that has been available for us to interpret
for more than 15 years.
What if your government and most of its upper-most caste of public
funded staff and a good number of insider privileged contractors
always knew about all of this, as of more than a couple decades ago,
or at least as of my informing them.
What if I were to tell you a few other positive/constructive things
about this planet that haven’t been mainstream published nor much less
reported in K12 or any other media or educational textbooks. What if
I had a few dozen other unauthorized “what ifs” and perfectly
deductive interpretations to share.
Obviously our brains with their optical interpretations have become
gravity polarized (images reflected as only left/right reversing and
not ever the up/down getting switch or flipped), so perhaps our
supposed intelligence and its deductive capabilities have been
socially and/or politically polarized to boot, thereby making anything
that’ll revise history and/or add to our knowledge as impossibly
mindset dysfunctional in a very closed kind of way regardless of
whatever new and improved information is being made available.
Perhaps once sufficient time is spent in zero gravity, our brains will
revert as interpreting reflected images as horizontally as well as
vertically flipped (similar to pinhole imaging), and this freedom from
our brains being gravity polarized just might allow us to rationally
think deductively rather than mainstream polarized against new ideas
or alternative science.
Just in case our GG and GG+ Usenet and Newsgroups flat-lines or flames-
out again (due to hacking or insiders pulling off damage-control),
there's always my "Google-Usenet" and "Guth-Usenet" accounts that are
hosted and regulated by Google servers, as remaining sufficiently
mainstream fault isolated and thereby fully functional, and for the
moment they are open to the public and only managed by myself.
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Aug 31, 10:19 am, Brad Guth <bradg...@gmail.com> wrote:
> Not that you folks need to keep hearing this from anyone else, but
> clearly Venus is simply not acting as old as Earth. In fact, Venus
> and it’s rather high metallicity saturation has been acting of all
> things almost exactly as old as Sirius(B), and at least the best
> science as to its surface metallicity is certainly none too deficient.
> Posted by: graemebird | July 15, 2011:
> Spanking Venus/ The Case Of The Lazy Layer
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
Guth...Please allow me to ask you a question....Mmmm K?
How much dick do you suck in an average day?
A) 1-3
B) 3-5
C) 5-7
Technically our moon and the extremely nearby planet Venus are each
commercially accessible, and as you know there’s absolutely nothing
scarier to a government employee and a career government agency than
seeing their authority erode and those highly protected jobs becoming
commercially replaceable and competitive under the open policy of
having to return a profit on investment.
Nowadays we actually have the fly-by rocket lander technology
necessary for dealing with our physically dark and naked moon, as well
as we have the robotic diggers that could tunnel into its robust and
paramagnetic crust that’s much tougher than terrestrial crust. The
extremely nearby planet Venus is even within the electro-mechanical
capability of creating a composite rigid airship that could stay aloft
indefinitely, and the Venus L2 location for hosting a cool OASIS
outpost/gateway is even better than using our Earth-moon L1 (Selene
L1) for the logistics of our moon because it’s always hot and getting
radiated by the sun and the moon (whereas Venus L2 is actually cool
and better off than ISS orbiting Earth)
Not that you folks need to keep hearing this from anyone else, but
clearly this extremely nearby planet Venus is simply not acting as old
as Earth. In fact, Venus has been geologically acting of all things
almost exactly as old as Sirius(B), and its metallicity is certainly
none too deficient.
Posted by: graemebird | July 15, 2011:
Spanking Venus/ The Case Of The Lazy Layer
http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of-the-lazy-layer/
Looking around for topics related to our moon and Venus, other than
those of mine, there’s really no shortage from the likes of ESA,
Russia and even many from within our NASA and a few privileged groups
of insiders that have always been around but usually only publish when
either getting paid or whenever there’s any risk of their group
missing out on some new round of public funding, and they operate much
like “The Three Musketeers”, whereas it’s all for one and one for all.
There’s actually hundreds of interesting topics and some independent
research that always has to deal with the mainstream status-quo
gauntlet of public funded job security, that’s always protecting of
those terrific benefits that come with such government jobs, and even
with contracted work that usually get funded and refunded as long as
the work and whatever progress is buying reelection votes.
Outside of mainstream there are a fair number of perfectly honest web-
pages and otherwise lots of Usenet/newsgroup contributions that are
usually getting mainstream ignored or otherwise topic/author stalked
by the likes of faith-based and political FUD-masters that tend hate
most everything that comes from outsiders, and they seem to go out of
their way in order to make certain that the general public (especially
including K12s) are either diverted or scared away. Here are some
other recent topics related to the planet Venus that can’t seem to
fly, so to speak.
There’s even more in moderated or private groups that you’ll have to
join and even pay to read, but excluding or skipping those isn’t such
a great loss. Of course you’ll still have to be smart enough in order
to skip or read past the usual media gauntlet of faith-based and
government hype, astrology and sporting or entertainment issues, not
to mention their standing army of FUD-masters that want absolutely
nothing of history to ever get revised or changed, at least not for
the better unless that only benefits their very own quality of life
which always has to include the systematic banishing of all outsiders.
- and -
Tumbling Venus (moderated / alt.astro.research)
On Sep 1, 8:24 am, Eric Flesch <e...@flesch.org> wrote:
: When considering tumbling planets, we usually think of Uranus which
: rolls along its orbit like a ball. However, this was surely due to
a
: primordial impact, because Uranus's moons' orbits are aligned with
its
: equator. Uranus has not truly tumbled.
:
: A truly tumbled planet is Venus, and there is strong evidence for a
: remarkable transformation. The evidence is
: (1) Venus's siderial rotational period which is close to its orbital
: period, although retrograde.
: (2) Venus's axial tilt almost perfectly 90 degrees to the ecliptic.
The artificial tumble of Venus (90 degree tilt) seems kind of
interesting and possibly even somewhat energy efficient. However, I
believe that artificially reflecting solar influx is perhaps a more
correct solution if in fact Venus is only being solar heated, whereas
otherwise the geothermal upwelling or energy outflux of 20.5 w/m2 is
the surrounding fill or matrix of whatever binders offer a similar
tough ability. Even utilizing fluffy or highly porous ceramics are
not going to be terribly dense.
Basalt as easily refined and made into fused glass microspheres or
even using larger millispheres as having a volumetric true sphere
displacement mass of 104 kg/m3, with a crush rating in excess of 9.5e3
bar (138e3 psi), and each hollow sphere offering its 86% cavity volume
for enclosing H2 at less than 0.1 bar (whereas the H2 sure as hell
isn’t going to leak out, nor is any heavy CO2 ever going to leak in).
In other words, basalt glass hollow spheres put into a composite
structural geometric element application (displacing 65% by volume)
are going to halfway float within that atmospheric soup of 65 kg/m3
buoyancy, because that atmospheric density and the local 90.5% gravity
is only making it so much better. Perhaps using a silica gel
displacement (35% by volume) as the microballoon geometric fill matrix/
binder could also be applied.
http://composites.poly.edu/Publications/Gupta-Tensile%20syntactic%20foam.pdf
http://solutions.3m.com/wps/portal/3M/en_US/Energy-Advanced/Materials/Products/Prod_Catalog-SMD/?PC_7_RJH9U5230GE3E02LECFTDQ4G06_nid=CR1NGJJX5QbeWHB23F5LMRgl
http://www.esa.int/gsp/completed/030910ESTEC16292.pdf
Clearly high temperature capable materials offering exceptional
insulation and otherwise for creating a robust structural composite
that’s impervious to most anything the Venus environment has to offer,
as well as having various electro-mechanical equipment that’ll survive
811 K is simply not technically an insurmountable problem. Whereas
going to Venus in the nude as a dumbfounded Goldilocks should remain
as highly problematic.
Otherwise that terrific atmosphere itself is an ideal superfluid
freon, so to speak, because a little compressed CO2 on Venus goes into
its supercritical liquid phase rather easily, and from that superfluid
you can air condition yourself all the way down to becoming dry ice
(-78 C, 195 K), if you like. Easily extract a little helium and you
can go for running a super collider. So, I really don’t see what the
big insurmountable deal is about the ambient surface temperatures,
other than you wouldn’t want to set yourself over a geothermal vent
(of which there are thousands) or try to trek directly over any given
volcanic hot spot of recent magma.
Here's that same old original and cloudless GIF composite radar
obtained image file (as raw and not having been enlargement processed)
that our mainstream status-quo has been so deathly afraid others might
actually look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
small area that I’ve pointed out to NASA and others of their Magellan
team for more than the past decade, that’s still a clean generic
composite derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because
I’m not certain that my interpretation of what the image depicts is
offering the best or only option.
First of all, I kind of doubt the surface is going to be significantly
cooler than reported, however the most recent ESA data via their Venus
EXPRESS mission has been reveling considerable atmospheric thermal
differentials that until lately haven't been reported and/or published
by others as having previously had essentially the same or better
science data to go by. Those polar surface temperatures could be
considerably cooler, due to them strong atmospheric vortex
considerations that's causing such upper nighttime cryogenic
atmosphere to draw energy from the much hotter lower atmosphere and
it’s geothermally heated surface.
What we have here to look at and deductively interpret is simply a
fair number of unusually complex geometric patterns, of somewhat
unusually unified or seemingly intelligent associated pixels that
don't seem to be like those of entirely random geology happenstance.
However, there are a number of quite large and unusual items that
should be considered as natural, such as the "fluid arch" and perhaps
even that extremely large clover shaped reservoir could be considered
as perfectly natural (even though the geology of Earth offers us
nothing remotely close to such size or geometric unified complexity).
However, that extensive and complex tarmac/airstrip as offering such
an unusually flat surfaced item situated within that otherwise
extremely mountainous terrain simply isn't as likely to be formed by
natural geology that we know of, nor is that highly unusual bridge
item and those multiple other large scale items of a nearby community
of geometric shapes and a their rational community like setting, of
what seems rather artificially structural and rational infrastructure
worthy is what I believe should be closely reviewed by others to see
if any or all of those could have been formed by natural processes.
Of course if Einstein was instead a Muslim or pretty much anything
other than a Zionist Semite as having interpreted an image which
essentially uncovered what seems perfectly intelligent and rational
about Venus hosting such other intelligent life, he’d be instantly
classified as a Usenet “kook” or something much worse, because there
will always be those of wealth and authority in perpetual denial, as
pretend-Atheists that only happen to act/react exactly like the most
devout Semites, as well as those obfuscating their FUD-master butts
off in order to disqualify this discovery and any associated topics
pertaining to other intelligent life. But then you’re not required to
read any of those faith-based contrived and politically motivated
replies that are usually disparaging and/or sexually perverted unless
you want another good laugh, or a good cry because of how your
government and its faith-based support has systematically failed you
and our republic on so many levels (perhaps you got no other choice
but to laugh and cry at the same time).
"A new scientific truth does not triumph by convincing its opponents
and making them see the light, but rather because its opponents
eventually die, and a new generation grows up that is familiar with
it." / Max Planck
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
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Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Aug 31, 10:19 am, Brad Guth <bradg...@gmail.com> wrote:
> Not that you folks need to keep hearing this from anyone else, but
> clearly Venus is simply not acting as old as Earth. In fact, Venus
> and it’s rather high metallicity saturation has been acting of all
> things almost exactly as old as Sirius(B), and at least the best
> science as to its surface metallicity is certainly none too deficient.
> Posted by: graemebird | July 15, 2011:
> Spanking Venus/ The Case Of The Lazy Layer
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
Saul Levy
On Sat, 3 Sep 2011 09:33:21 -0700 (PDT), Brad Guth
<brad...@gmail.com> wrote:
>A high metallicity star like Sirius(B) would have likely created
>
> Brad Guth, FUCK FUCKING IDIOTS!
On Sep 3, 1:05 pm, Sam Wormley <sworml...@gmail.com> wrote:
> On 9/3/11 1:05 PM, Brad Guth wrote:
>
> > If you don't believe in those pesky regular laws of physics, nor
> > accept the best available science and applied technology that can be
> > independently replicated, then by all means the extremely nearby
> > planet Venus is not for you or any other mainstream dumbfounded
> > Goldilocks.
>
> Scientists Perceive NASA Bias Against Venus
> http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
>
> "Venus would seem to be a tempting destination for planetary probes:
> conveniently close, and an extreme laboratory for atmospheric processes
> familiar on Earth. So why won't NASA send a mission there? That was the
> frustrated question coming from scientists at the annual meeting of
> NASA's Venus Exploration Analysis Group (VEXAG) near Washington, D.C.,
> on August 30-31. They perceive an agency bias against Venus, a planet
> that hasn't seen a U.S. mission since the Magellan probe radar-mapped
> its shrouded surface in the early 1990s, and which won't see one any
> time soon, after NASA this year rejected a bumper crop of Venus
> proposals. [Slide Show: 8 of the Most Extreme Places in the Solar System]
>
> "A lot of us are dismayed," says David Grinspoon, astrobiology curator
> at the Denver Museum of Nature and Science in Colorado, who is a
> co-investigator on several of the proposals. Some of the reasons for the
> planet's neglect are obvious: surface temperatures that would melt lead
> and thick clouds of sulfuric acid make data gathering a challenge for
> landers and orbiters alike. And unlike Mars Venus is neither a plausible
> haven for life nor a potential destination for astronauts.
>
> "But Grinspoon says that something more insidious is at work. Without
> new missions supplying data for analysis, funding for Venus research has
> dwindled, leading to fewer students entering the field and a smaller
> constituency to lobby for missions. "Because of this feedback loop, the
> community has shrunk," he says. Research grants mentioning Venus have
> accounted for just 2 percent of NASA's planetary-science funding since
> 2005".
> See: http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
Thanks for providing that news link, which only goes to show that I'm
not the only soul on Earth that's pulling at strings and pushing those
"Do-Not-Push" buttons of our mainstream status quo.
This doesn't mean that I agree with each and every interpretation or
scientific motivation by Grinspoon, but at least many if not most of
his investigative interest are perfectly honest, well enough founded
and should be given some public support. Obviously any official vote
for a Venus mission is also a vote for “Guth Venus”.
Here's that same old original and cloudless GIF composite radar
obtained image file (as raw and not having been enlargement processed)
that our mainstream status-quo has been so deathly afraid others might
actually look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
small area that I’ve pointed out to NASA and others of their Magellan
team for more than the past decade, that’s still a clean generic
composite derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because
I’m not certain that my interpretation of what the image depicts is
offering the best or only option.
"Scientists Perceive NASA Bias Against Venus”
http://www.scientificamerican.com/article.cfm?id=scientists-perceive-nasa
“Venus scientists fear neglect”
http://www.nature.com/news/2011/110902/full/477145a.html
So what's your personal take on this "NASA Bias Against Venus"?
“Venus is of less interest than Mercury, Mars, Jupiter, Saturn, Pluto
and Asteroids. It's not like we can send a probe to the surface and
rover around or make optical photographs from orbit.” / Sam Wormley
Clearly some of us can’t hardly think inside the box, much less a
little outside, and devout insiders that are always strictly
compartmentalized are clearly not permitted to think at all unless
it’s within their less than 0.1% expertise as to physics, science and
applied technology. So what may we ask is your less than 0.1%
expertise specialty?
And once again; so what if the surface atmospherics are acting kind
of superfluid gassy of mostly hot and dry CO2? (are you perpetual
naysayers planning on only going to those Goldilocks approved planets
so that you can frolic in the nude?)
"A new scientific truth does not triumph by convincing its opponents
and making them see the light, but rather because its opponents
eventually die, and a new generation grows up that is familiar with
it." / Max Planck
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Sep 3, 9:33 am, Brad Guth <bradg...@gmail.com> wrote:
> A high metallicity star like Sirius(B) would have likely created
> planets like our Venus and possibly even a few metallicity planetoids
> like Selene, although our moon seems as terribly old or possibly older
> than Earth, so perhaps Sirius(B) wasn’t its likely creator of Selene,
> but instead the demise of Sirius(B) could have released captured
> planets, planetoids and moons, not that other white dwarfs hadn’t
> released any number of their own long before our third or fourth
> generation sun even existed as a progenitor star of 2.02e30 kg.
> http://oklo.org/2011/02/20/a-planet-metallicity-correlation-for-low-m...
>
> Technically our moon and the extremely nearby planet Venus are each
> commercially accessible, and as you know there’s absolutely nothing
> scarier to a government employee and a career government agency than
> seeing their authority erode and those highly protected jobs becoming
> commercially replaceable and competitive under the open policy of
> having to return a profit on investment.
>
> Nowadays we actually have the fly-by rocket lander technology
> necessary for dealing with our physically dark and naked moon, as well
> as we have the robotic diggers that could tunnel into its robust and
> paramagnetic crust that’s much tougher than terrestrial crust. The
> extremely nearby planet Venus is even within the electro-mechanical
> capability of creating a composite rigid airship that could stay aloft
> indefinitely, and the Venus L2 location for hosting a cool OASIS
> outpost/gateway is even better than using our Earth-moon L1 (Selene
> L1) for the logistics of our moon because it’s always hot and getting
> radiated by the sun and the moon (whereas Venus L2 is actually cool
> and better off than ISS orbiting Earth)
>
> Not that you folks need to keep hearing this from anyone else, but
> clearly this extremely nearby planet Venus is simply not acting as old
> as Earth. In fact, Venus has been geologically acting of all things
> almost exactly as old as Sirius(B), and its metallicity is certainly
> none too deficient.
> Posted by: graemebird | July 15, 2011:
> Spanking Venus/ The Case Of The Lazy Layer
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
> http://composites.poly.edu/Publications/Gupta-Tensile%20syntactic%20f...
>
> http://solutions.3m.com/wps/portal/3M/en_US/Energy-Advanced/Materials...
not the only soul on Earth that's pulling at our NASA strings and
pushing those "Do-Not-Push" buttons of our mainstream status quo.
This doesn't mean that I have to agree with each and every
interpretation or scientific motivation by Grinspoon, but at least
many if not most of his investigative interest are perfectly honest,
well enough founded and should be given some public support.
Obviously any official vote for a Venus mission is also a vote for
“Guth Venus”, so that a big problem for our NASA that dropped the ball
as of our Magellan mission.
Here's that same old original and cloudless GIF composite radar
obtained image file (as raw and not having been enlargement processed)
that our mainstream status-quo has been so deathly afraid others might
actually look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer.
Here’s one of my basic 10:1 resampled enlargements of the very same
small area of “Guth Venus” that I’ve pointed out to NASA and others of
their Magellan team for more than the past decade, that’s still
offering a clean generic composite derivative like their original:
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please do so, because
I’m not absolutely certain that my deductive interpretation of what
the image depicts is offering the best or only observationology
option.
"Scientists Perceive NASA Bias Against Venus”
http://www.scientificamerican.com/article.cfm?id=scientists-perceive-nasa
“Venus scientists fear neglect”
http://www.nature.com/news/2011/110902/full/477145a.html
So what's your personal take on this "NASA Bias Against Venus"?
“Venus is of less interest than Mercury, Mars, Jupiter, Saturn, Pluto
and Asteroids. It's not like we can send a probe to the surface and
rover around or make optical photographs from orbit.” / Sam Wormley
Clearly some of us can’t hardly think inside the box, much less a
little outside, and devout insiders that are always strictly
compartmentalized are clearly not permitted to think at all unless
it’s within their less than 0.1% expertise as to physics, science and
applied technology. So what may we ask is your less than 0.1%
expertise specialty?
And once again; so what if the surface atmospherics are acting kind
of superfluid gassy of mostly hot and dry CO2? (are you perpetual
naysayers planning on only going to those Goldilocks approved planets
so that you can frolic in the nude?)
You folks do realize that a hot and dry surface environment is
actually an inert one, especially if the level of O2 is minimal, and
the only teratonnes of acidic water are those kept within them
terrific clouds that can be safely and efficiently tapped for as much
pure water on demand as you like. Obviously numerous geothermal vents
and active volcanic outflows would contain O2 and H2O, but just like
here on Earth, those can easily be identified and avoided and/or
technically utilized.
Good thing our NASA has everything under control, and knows best.
(isn’t that what K12s and adults are supposed to think?)
"A new scientific truth does not triumph by convincing its opponents
and making them see the light, but rather because its opponents
eventually die, and a new generation grows up that is familiar with
it." / Max Planck
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Aug 31, 10:19 am, Brad Guth <bradg...@gmail.com> wrote:
> Not that you folks need to keep hearing this from anyone else, but
> clearly Venus is simply not acting as old as Earth. In fact, Venus
> and it’s rather high metallicity saturation has been acting of all
> things almost exactly as old as Sirius(B), and at least the best
> science as to its surface metallicity is certainly none too deficient.
> Posted by: graemebird | July 15, 2011:
> Spanking Venus/ The Case Of The Lazy Layer
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
http://www.scientificamerican.com/article.cfm?id=scientists-perceive-nasa
Thanks for providing that news link, which only goes to show that I'm
not the only soul on Earth that's pulling at our NASA strings and
pushing those "Do-Not-Push" buttons of our mainstream status quo.
This doesn't mean that I have to agree with each and every
interpretation or scientific motivation by Grinspoon, but at least
many if not most of his investigative interest are perfectly honest,
well enough founded and should be given some public support.
Obviously any official vote for a Venus mission is also a vote for
“Guth Venus”, so that’s kind of a big problem for our NASA that
clearly dropped the ball as of our Magellan mission which enabled us
to clearly see whatever Venus had to offer (though be it at a low
resolution that offered us a look-see at only large scale items),
whereas my research is only regarding large scale items and the
physics and/or logic as to how such could even exist within such a
pressure cooker environment.
There’s actually any number of ideas and notions as to how and when
intelligent other life created items of such large scale, although as
of nowadays it’s actually technically possible for visiting ETs (such
as us humans) to deal with that environment, not that it’ll ever
become another Goldilocks kind of Eden unless terraformed and thereby
forced by artificial means.
of superfluid gassy of mostly hot and dry CO2? (are these perpetual
naysayers planning on only going to those Goldilocks approved planets
so that you can frolic in the nude?)
You folks do realize that a hot and dry surface environment is
actually an inert one, especially if the level of O2 is minimal, and
the only teratonnes of acidic water are those kept within them
terrific clouds that can be safely and efficiently tapped for as much
pure water on demand as you like. Obviously numerous geothermal vents
and active volcanic outflows would contain O2 and H2O (aka live steam
along with multiple raw elements), but just like here on Earth, those
can easily be identified and avoided and/or technically utilized.
Good thing our NASA has everything under control, and always knows
best. (isn’t that what K12s and adults are supposed to think?)
"A new scientific truth does not triumph by convincing its opponents
and making them see the light, but rather because its opponents
eventually die, and a new generation grows up that is familiar with
it." / Max Planck
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Jul 10, 12:18 pm, Brad Guth <bradg...@gmail.com> wrote:
> For those few Usenet/newsgroup readers that still think they have an
> open mindset that isn’t configured to self-destruct or implode upon
> hearing, reading or observing a revised interpretation about the
> planet Venus, I might actually have that different interpretation to
> offer, as well as a few terrific ideas and notions that could prove
> rather interesting. However, if you are a certain kind of faith-based
> and kinda social/political closed mindset in your set ways sticking
> with our mainstream status-quo of revising nothing, like 99.9% of
> Americans having survived their K12 and higher education years, then
> you may not have to bother yourself with any of this, because I’m only
> going to keep pissing you off.
>
> Not that I can agree with every new or old interpretation by others,
> such these results from Venus Express are still developing and will
> hopefully get further revised as time and resources make our
> understanding better, with fewer preconceptions keeping us from
> realizing the greater potential that such a nearby planet like Venus
> has to offer.
> http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
>
> Just because our government agencies and their mainstream media that
> has to publish whatever is handed to them as is (or else), as well as
> having to stick with whatever’s contained within those K12 textbooks
> telling us that this extremely nearby planet Venus is simply too hot
> for any kind of conventional Goldilocks life as we know it to survive,
> at least presumably in the nude upon its hellish surface isn’t an
> option, doesn’t mean that imported and/or custom engineered life
> couldn’t technically manage, not to mention whatever the laws of
> physics and applied technology could make Venus perfectly doable even
> for the frail DNA/RNA and inferior physiology of us humans.
>
> Gee whiz, why am I not the least bit surprised, that supposed wizards
> of such all-knowing expertise like our peers and whatever authority
> above them still can’t even manage to muster up any similar examples
> of extremely rugged terrain on Earth that looks remotely as though it
> were artificially created or even modified to suit, that is if you
> know what I mean (which obviously most of you don’t). According to
> our mainstream peers and perhaps even yourself plus many others of
> your silly obfuscation and FUD-master worthy kind, there’s supposedly
> only inert hot rock on Venus that’s entirely heated by a solar
> greenhouse situation because, supposedly Venus is exactly the same age
> and basic composition as Earth. However, it just so happens in this
> instance to look as though Venus has at least one fairly complex
> tarmac/airport situated rather boldly within a very mountainous
> terrain, along with having that nifty nearby bridge and a community of
> multiple high-rise geometries (large geometric structures), as well as
> any number of nearby complex natural formations and seemingly active
> dynamics taking place (at least within reservoirs plus the “fluid
> arch”), that when taken as a group just so happens to be oddly
> arranged as though offering a perfectly rational community like
> infrastructure of viable logistics that even 5th graders could
> recognize.
>
> As far as having renewable energy goes, it seems the planet Venus has
> us beat by a good thousand to one, and with such local renewable
> energy abundance (much of it via direct geothermal, volcanic plus
> atmospheric dynamic pressure and thermal differentials) plus there’s
> no apparent shortages of raw elements (including H2, H2O and O2) is
> where anyone half as smart as a 5th grader could manage to survive,
> with loads of energy and local resources to spare. This is not to say
> that any sort of naked and dumbfounded Goldilocks is ever going to be
> a happy Venus camper, or that loads of pizza and ice cold beer
> wouldn’t have to be imported from Earth. Also try keeping in mind
> those terrific robust cloud layers are not made of crystal dry sulfur
> dust (even ESA has had to revise their assessment to allowing 14
> teratonnes as water, and my swag interpretation still has it pegged at
> 500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
> Our extremely thin and low density atmosphere holds at least 50e12
> tonnes of H2O (possibly with GW and AGW has that H2O saturated up to
> 100e12 tonnes).
>
> Here's that same old original cloudless GIF composite radar obtained
> image file (as raw and not having been enlargement processed) that our
> mainstream status-quo has been so deathly afraid others might actually
> look at:
> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> Without even downloading the GIF monochrome image, you can still
> screen zoom-in on the small area in question (less than 10% of the
> composite FOV), so as to keeping the raw 1:1 pixel format and its
> rather limited resolution of 225 meters/pixel, and thereby have
> yourself a perfectly good look-see at interpreting whatever that sort
> of 225 meter per pixel resolution has to offer.
>
> Here’s one of my basic 10:1 resampled enlargements of the very same
> area that I’ve pointed out to NASA and others of their Magellan team
> for more than the past decade, that’s still a generic composite
> derivative like their original because it’s entirely a product of the
> original (nothing personal added or subtracted):
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> If you’d care to focus on anything specific, please go right ahead
> and do so, because I’m not certain that my interpretation of what the
> image depicts is offering the best or only option.
>
> First of all, I kind of doubt the surface is significantly cooler than
> reported, however the most recent ESA data via their Venus EXPRESS
> mission has been reveling considerable atmospheric thermal
> differentials that haven't been reported and/or published by others as
> having previously had essentially the same or better science data to
> go by. Those polar surface temperatures could be considerably cooler
> due to them strong atmospheric vortex considerations that's causing
> such upper nighttime cryogenic atmosphere to draw substantial energy
> away from the much hotter lower atmosphere and it’s geothermally
> heated surface.
>
> What we have here to look at and deductively interpret is simply a
> fair number of unusually complex geometric patterns, of somewhat
> unusually unified or associated pixels that don't seem to be of
> entirely random geology happenstance. However, there are a number of
> quite large and unusual items that should be considered as natural,
> such as the "fluid arch" and perhaps even that extremely large clover
> shaped reservoir could be considered as perfectly natural (even though
> the geology of Earth offers us nothing remotely close to such size or
> geometric unified complexity). However, that extensive and complex
> tarmac/airstrip as offering such an unusually flat item situated
> within that mountainous terrain simply isn't as likely to be formed by
> natural geology we know of, nor is that highly unusual bridge item and
> those multiple other large scale items of a nearby community of
> geometric shapes and a their rational community like setting, of what
> seems rather artificially structural and rational infrastructure
> worthy is what should be closely reviewed by others to see if any or
> all of those could have been formed by natural processes.
>
> You folks must have at least as good if not a whole lot better image
> processing expertise for this resampling/enlargement capability, so
> please do share that better result with us, so that at least we can be
> on the same page and not looking at entirely different areas. If you
> need some assistance or advisements with selecting and/or utilizing a
> photo enlarging process, I’ll gladly donate my time and resources free
> of charge
>
> If you should interpret this image as only containing perfectly
> natural formations of greenhouse hot rock and depicting logical
> patterns of erosion, then you must also have a number of reference
> example images obtained of terrestrial geology recorded by similar
> radar imaging resolution, by which that interpretation of seeing only
> inert hot rock and natural erosion is based upon, and naturally we’d
> like to have a look-see at whatever is within your observationology
> frame of reference that gives you the necessary expertise, because you
> can’t just be making stuff like that up in order to suit a given
> opinion or policy.
>
> If need be, ask others (5th graders if necessary) to see whatever they
> can interpret.
>
> Otherwise, go to BradGuth.blogspot and my Google document pages:
> http://groups.google.com/group/guth-usenet?hl=en
> http://bradguth.blogspot.com/
>
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
>
> On Jun 12, 7:39 pm, Brad Guth <bradg...@gmail.com> wrote:> '''Guth Venus''' is a very small portion or selected tiny area of
> > > > > http://translate.google.com/#
> > > > > Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
>
Did you get kicked in the head by a horse as a child?
SORT OF LIKE BEERTbrainMORONIDIOT ON STEROIDS!
Saul Levy
https://picasaweb.google.com/bradguth/BradGuth?authkey=Gv1sRgCJbRva2V_cbVVg#5629579402364691314
-
What extremely nearby planet has the most to offer? / (Brad Guth
Venus)
It seems more obvious than ever that our public and/or faith-based
funded peers as mindset mental retards and dysfunctional Goldilocks
that need another planet they can dominate as well as run around and
frolic in the nude, as such are going to be very disappointed in the
current list of exoplanet options, especially when so much of Earth
isn’t even suited to their ethnically purity taste as is, that is
unless you happen to be among the rich and powerful with public funded
privileges and benefits that only yourself and others of your upper
caste of only God’s chosen are entitled to.
On the other hand, what if we’ve all been systematically distracted
and snookered past the point of no return by those we supposedly
trusted the most? (not to mention having been systematically
dumbfounded and lied to, as well as ripped off and getting bankrupted
by those of our own elected and faith-based authority that were
supposed to keep the really bad stuff from ever happening, or at least
from getting any worse)
Isn’t mainstream obfuscation and their denial of being in denial
pretty much the exact same thing as selectively withholding
information and thereby the same as having been telling us lies?
What if we discovered a truly super terrific planet that was
reasonably nearby and it essentially had everything of those essential
raw elements except molecular abiogenic hydrocarbons (even though most
rocky planets and even a few moons by rights should offer abiogenic
hydrocarbons unless their local laws of physics are different), and
perhaps otherwise offered only a minimal amount of surface nitrogen
(such as its atmospheric N2 at only 3.5% of 4.8e20 kg = 1.7e19 kg
(that’s still roughly three fold more N2 than our own atmospheric
mass, except this other planet’s N2 being sourced and replenished only
from deep within the planet of greater metallicity than Earth).
What if this other nearby planet (100 LD from us) also offered
essentially unlimited renewable energy that was worth roughly at least
ten fold or 1000% more of easily extractable energy/m2 than Earth has
to offer us. (actually a hundred fold greater energy is more likely)
What if the geothermal upwelling energy was basically unlimited and
otherwise naturally venting in over a thousand easily tapped locations
as is, not to mention one specific enormous fluid arch that’s easy
enough for us to see even at 225 meters/pixel as is.
What if the artificial satellites of this other world had to orbit
300+ km due to its highly protective atmosphere, and because of the
incredibly slow planet rotation makes GSOs way the hell out there.
(seems we might as well utilize its cool L2 as our OASIS outpost/
gateway and simply hand deploy GSO satellites and data transponders on
demand from that energy efficient and relatively cool orbital
location)
What if the atmosphere below those thick and robust layers of
protective though acidic clouds that represent teratonnes of easily
accessible water was actually relatively calm, dry and nicely
retrograde (meaning that any composite rigid airship/shuttle could
easily cruise or station-keep itself within the always slightly cooler
season of nighttime, and otherwise efficiently operate within a
relatively clear atmosphere up to 30 km altitude and otherwise down
into the superfluid lower atmosphere that offers 65+ kg/m3 worth of
buoyancy and roughly 735 K near the daytime equator.
What if the available buoyancy that was worth 65+ kg/m3 and whatever
materials of your rigid composite airship/shuttle construction, fuels,
supplies, equipment and yourself only weighed 90.5 % of the same on
Earth.
What if there was actually a lot more of those heavy elements of
thorium, uranium and several other rare heavy metals or crystallized
elements to behold than Earth has, and it was all easily accessible
upon or within its unusually high metallicity surface, as well as
unlimited local energy for extracting, processing and exporting.
What if this other planet was by far the closest to us (passing within
100 LD every 19 months), making its L2 easily accessible within a
three month trek.
What if there had already been some other form(s) of intelligent life
existing/coexisting on this other planet, as suggested by the quality
radar surveillance image that has been available for us to interpret
for nearly 16 years.
What if your government and most of its upper-most caste of public
funded staff and a good number of insider privileged contractors
always knew about all of this, as of more than a couple decades ago,
or at least as of my having been informing them.
What if I were to tell you a few other positive/constructive things
about this planet that haven’t been mainstream published nor much less
reported in K12 or any other media or educational textbooks. What if
I had a few dozen other unauthorized “what ifs” and perfectly
deductive interpretations to share.
Not that you folks need to keep hearing this from anyone else, but
clearly Venus is simply not acting as old as Earth. In fact, Venus
and it’s rather high metallicity saturation has been acting of all
things almost exactly as old as Sirius(B), and at least the best
science as to its surface metallicity is certainly none too deficient.
Posted by: graemebird | July 15, 2011:
Spanking Venus/ The Case Of The Lazy Layer
http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of-the-lazy-layer/
For those few independent and investigative Usenet/newsgroup readers
that still think they have an open mindset that isn’t preconfigured to
self-destruct or implode upon hearing, reading or observing a revised
interpretation about the planet Venus, I might actually have that
different interpretation to offer, as well as a few terrific ideas and
notions that could also prove rather interesting. However, if you are
a certain kind of faith-based and kinda social/political closed
mindset in your forever set ways sticking with our mainstream status-
quo of revising nothing and of allowing nothing new in to challenge
your mindset, like 99? of Americans having survived their K12 and
higher education years that seem to stick to their guns of
preconceptions no matters what, then you may not have to bother
yourself with any of this, because I’m only going to keep pissing you
off.
Not that I can agree with each and every new or old interpretation by
others, such as these results from Venus Express that are still
ongoing and developing, will hopefully get further revised as time and
resources make our understanding better, and hopefully with fewer
preconceptions keeping us from realizing the greater potential that
such a nearby planet like Venus has to offer.
http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
Just because our government agencies and their mainstream media that
has to publish whatever is handed to them as is (or else), as well as
having to stick with whatever’s contained within those K12 textbooks
telling us that this extremely nearby planet Venus is simply too hot
for any kind of conventional Goldilocks life as we know it, at least
presumably that’s in the nude upon its hellish surface isn’t an
option, doesn’t mean that imported and/or custom engineered life
couldn’t technically manage to survive, not to mention whatever the
laws of physics and applied technology could make Venus perfectly
doable even for the frail DNA/RNA and inferior physiology of us humans
that would require a certain level of added protection (at east I’ve
never suggested otherwise).
Gee whiz, why am I not the least bit surprised, that supposed wizards
of such all-knowing expertise like our peers and whatever authority
above them still can’t even manage to muster up any similar examples
of extremely rugged terrain on Earth that looks remotely as though any
of it were artificially created or even modified to suit, that is if
you know what I mean (which obviously most of you don’t). According
to our mainstream peers and perhaps even yourself plus many others of
your silly obfuscation and FUD-master worthy kind, there’s supposedly
only inert hot rock on Venus that’s entirely heated by a solar
greenhouse situation because, supposedly Venus is exactly the same age
and basic composition as Earth. However, it just so happens in this
instance to look as though Venus already has at least one fairly
complex tarmac/airport situated rather boldly within a very rugged
kind of mountainous terrain, along with having that nifty nearby
bridge and a substantial community of multiple high-rise geometries
(large geometric structures), as well as offering any number of nearby
complex natural formations and seemingly active dynamics taking place
(at least within connected reservoirs plus the “fluid arch”), that
when taken as a group just so happens to be oddly arranged as though
offering a perfectly rational community like infrastructure of viable
logistics that even most 5th graders could recognize.
As far as having renewable energy goes, it seems the planet Venus has
us beat by a good thousand to one, and with such local renewable
energy abundance (much of it via direct geothermal vents, active
volcanics in addition to all of that terrific atmospheric dynamic
pressure and thermal differentials) plus there’s no apparent shortages
of raw elements (including H2, H2O and O2) is where anyone half as
smart as a 5th grader could manage to survive, with loads of energy
and local resources to spare. This is not to suggest that any sort of
naked and dumbfounded Goldilocks is ever going to be a happy Venus
camper, or that loads of frozen pizza and ice cold beer wouldn’t have
to be imported from Earth. Also try keeping in mind those terrific
robust cloud layers are not made of crystal dry sulfur dust (even ESA
has had to revise their assessment to allowing 14 teratonnes as water,
and my swag interpretation still has that atmosphere pegged at holding
500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
Our extremely thin and low density atmosphere holds at least 50e12
tonnes of H2O (possibly with GW and AGW has that H2O saturated upwards
of 100e12 tonnes, at least the recent storm that nailed the East coast
would tend to make folks agree that our GW/AGW atmosphere is holding
more water).
Here's that same old original cloudless GIF composite radar obtained
image file (as raw and not having been enlargement processed) that our
mainstream status-quo has been so deathly afraid others might actually
(God forbid) bother to look at:
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
Without even downloading the GIF monochrome image, you can still
screen zoom-in on the small area in question (less than 10% of the
composite FOV), so as to keeping the raw 1:1 pixel format and its
rather limited resolution of 225 meters/pixel, and thereby have
yourself a perfectly good look-see at interpreting whatever that sort
of 225 meter per pixel resolution has to offer, remembering that each
pixel offers a trustworthy composite of 36 confirming radar looks or
scans to begin with, and peering down at 43 degrees is what kinda
makes it into a 3D worthy image. .
Here’s one of my basic 10:1 resampled enlargements of the very same
area that I’ve pointed out to our NASA and others of their infamous
Magellan team for more than the past decade, that’s still a generic
composite derivative like their original, because it’s entirely a
byproduct of our original SAR obtained pixel data (nothing personal
added or subtracted):
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
If you’d care to focus on anything specific, please go right ahead
and do so, because I’m not certain that my investigative and deductive
interpretation of what the image depicts is offering the best
observationology or the only deductive formulated option.
First of all, I kind of doubt the surface on average is going to be
significantly cooler than reported, however the most recent ESA data
via their Venus EXPRESS mission has been reveling surface temperature
variations plus telling of considerable atmospheric thermal
differentials that haven't been reported and/or sufficiently published
by others as having previously had essentially the same or better
science data to go by. Those polar surface temperatures could be
considerably cooler due to them strong atmospheric vortex
considerations that's causing such upper nighttime cryogenic
atmosphere to draw substantial energy away from the much hotter and
sultry or steamy lower atmosphere and that of its geothermally heated
surface.
What we have here to look at and deductively interpret is simply a
fair number of rather unusually complex geometric patterns, of
somewhat unusually unified or associated pixels forming rather complex
patterns that don't seem to be of entirely random geology
happenstance. However, there are a number of quite large and unusual
items that should be considered as natural, such as the "fluid arch"
and perhaps even that extremely large clover shaped reservoir could
easily be considered as something perfectly natural (even though the
geology of Earth offers us nothing remotely close to such size or
geometric unified complexity). However, that extensive and complex
tarmac/airstrip as offering such an unusually flat geometric item as
clearly offering a raised platform that’s situated within a
mountainous terrain, simply isn't as likely to be formed by way of any
natural geology and erosion that we know of, nor is that highly
unusual bridge item and those multiple other large scale items of
multiple rectangular quarry sites, plus having a nearby collection of
geometric shapes in a rational community like setting, of what seems
rather artificially structural and rational infrastructure worthy is
perhaps what should be closely reviewed by others to see if any or all
of those could have possibly been formed by some kind of weird natural
or conceivably unnatural processes.
You folks must also have at least as good if not a whole lot better
image processing expertise for this resampling/enlargement capability,
so please do share that better result with us, in that at least we can
be on the same page and not looking at entirely different areas. If
you need some assistance or advisements with selecting and/or
utilizing a photo enlarging process, even though most photo resampling
software is self explanatory, I’ll gladly donate my time and resources
free of charge.
If you should interpret this image as only containing perfectly
natural formations of greenhouse hot rock and depicting logical
patterns of erosion, then you must also have any number of reference
example images obtained of terrestrial geology recorded by similar
radar imaging resolution, by which that interpretation of seeing only
inert hot rock and natural erosion is based upon, and naturally we’d
like to have a look-see at whatever is within your observationology
frame of reference that gives you the necessary expertise, because you
can’t just be making stuff like that up in order to suit a given
opinion or policy.
If need be, don’t be afraid to ask others (5th graders if necessary)
to see whatever they can interpret, because at least they’ll be
willing to honestly share whatever satellite or aerial observations of
weird terrestrial and any other geology that supports their
interpretation of whatever the planet Venus has to offer, because
you’ll have to base such interpretations on something other than media
eyecandy and textbook infomercials plus having a naysay kind of closed
mindset isn’t exactly helpful. If you have some other interpretation
for those reservoirs that clearly contain something fluid, and
especially have any better idea as to that large clover shaped
reservoir, or explaining the nature of that “fluid arch” would be
terrific to hear about.
Otherwise, go to BradGuth.blogspot, my Google document pages or simply
contribute a new topic of your very own that’s in any way related.
"A new scientific truth does not triumph by convincing its opponents
Since YOU are on the dole, YOU are wasting publicly
funded time....Precious or not.
PS- I vote not.
On Sep 5, 11:48 am, Brad Guth <bradg...@gmail.com> wrote:
> Apparently some/most of us just like to continually fool around,
> wasting precious public funded time, talent and resources while
> pretending at always being so wise and all-knowing by parroting and
> hyping mainstream infomercials, thus always in the politically correct
> and faith-based right, on the good side of each and every mainstream
> status-quo topic or argument. Of course that’s also what the likes of
> Hitler and GW Bush thought, and long before then it was those Romans
> that had everything supposedly going for themselves at the expense and
> demise of others. It’s also somewhat like stepping out of an airplane
> without a parachute, whereas everything seems perfectly fine and dandy
> up until the hard landing, and right about now our dysfunctional NASA
> that’s looking at a serious balloon payment coming due for their
> previous refinancing and near zero return on investment kinda needs a
> good parachute that’ll represent a solid technological and payback win-
> win for humanity that’s every bit as good or actually a whole lot
> better than walking on the moon. At least that is what I believe our
> physically dark moon and the extremely nearby planet Venus each have
> to offer, is a commercial free-enterprise expansion of our human race
> in order to survive the near future, whereas if we must instead remain
> terrestrial sequestered is going to be a little worse than testy
> without significant changes to the ways and means that some of us
> think is perfectly okay as is.
>
> https://picasaweb.google.com/bradguth/BradGuth?authkey=Gv1sRgCJbRva2V...
> http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
> http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
Exoplanets being terribly far away is an obvious problem, even for
those 100+ generation starships because, by the time anyone reaches
the exoplanet (aka Eden 2.0) it’s uncertain if the surviving
generation could successfully adapt to its environment, not to mention
the typically excessive gravity or many other extremes that’ll remain
as unknowns until a direct encounter takes place.
Let us assume that decades of speedy little probes get sent ahead of
the starship in order to survey and explore the exoplanet and its
moons. This should give the arriving generation a heads-up as to what
to expect and thus prepare themselves before arriving in orbit of the
exoplanet, whereas another year or so in orbit would likely involve a
gradual migration down to the surface for a direct look-see and
biological compatibility via trial and error kind of exposures that
may or may not go according to plan.
We’re talking about many generations as being born and having died
along the way, and there’s a high probability of cabin fever or some
other human mental dysfunctions taking its toll. In other words, the
final survivors could be rather cranky and somewhat incapable of
keeping their composure as intelligent humans unless continual
resupply missions and otherwise badly delayed and Doppler shifted
communications with Earth could be maintained (this alone could become
problematic if WW3 and WW4 manages to finish off the majority of
humans left behind).
According to William Mook’s constant 0.1 gee acceleration via fusion
thrust, and perhaps 1+ gee deceleration phase, is where getting there
may not have to take but one generation of 20+ years.
However, with MacGyver ingenuity and faith in physics along with the
best available science, there are some extremely nearby options that
even 5th graders might find as sufficiently manageable and even
commercially viable without government or any other public funding,
although those of our current social/political and faith-based
mainstream status-quo as representing our peers may represent by far
the greater insurmountable gauntlet that would prevent such efforts
regardless of the consequences.
Venus isn’t naked Goldilocks worthy, however nor is being mainstream
snookered and/or dumbfounded past the point of no return by your
social/political and faith-based peers, especially if you only believe
in each and every government or faith-based dominated agency word as
being the one and only whole truth and nothing but the truth (because
they’d really like that).
Good thing our NASA has had absolutely everything under control, and
always knows best. (isn’t that what K12s and us adults are supposed to
think?)
http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
https://picasaweb.google.com/bradguth/BradGuth#5630418595926178146
https://picasaweb.google.com/bradguth/BradGuth#5629579402364691314
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
"A new scientific truth does not triumph by convincing its opponents
and making them see the light, but rather because its opponents
eventually die, and a new generation grows up that is familiar with
it." / Max Planck
http://groups.google.com/group/google-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet/topics?hl=en
http://groups.google.com/group/guth-usenet?hl=en
http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
http://bradguth.blogspot.com/
http://translate.google.com/#
Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
On Sep 5, 11:48 am, Brad Guth <bradg...@gmail.com> wrote:
> Apparently some/most of us just like to continually fool around,
> wasting precious public funded time, talent and resources while
> pretending at always being so wise and all-knowing by parroting and
> hyping mainstream infomercials, thus always in the politically correct
> and faith-based right, on the good side of each and every mainstream
> status-quo topic or argument. Of course that’s also what the likes of
> Hitler and GW Bush thought, and long before then it was those Romans
> that had everything supposedly going for themselves at the expense and
> demise of others. It’s also somewhat like stepping out of an airplane
> without a parachute, whereas everything seems perfectly fine and dandy
> up until the hard landing, and right about now our dysfunctional NASA
> that’s looking at a serious balloon payment coming due for their
> previous refinancing and near zero return on investment kinda needs a
> good parachute that’ll represent a solid technological and payback win-
> win for humanity that’s every bit as good or actually a whole lot
> better than walking on the moon. At least that is what I believe our
> physically dark moon and the extremely nearby planet Venus each have
> to offer, is a commercial free-enterprise expansion of our human race
> in order to survive the near future, whereas if we must instead remain
> terrestrial sequestered is going to be a little worse than testy
> without significant changes to the ways and means that some of us
> think is perfectly okay as is.
>
> https://picasaweb.google.com/bradguth/BradGuth?authkey=Gv1sRgCJbRva2V...
> http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
> http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
Were you kicked in the head by a mule when you were a kid?
>
> Exoplanets being terribly far away is an obvious problem, even for
> those 100+ generation starships because, by the time anyone reaches
> the exoplanet (aka Eden 2.0) it�s uncertain if the surviving
> generation could successfully adapt to its environment, not to mention
> the typically excessive gravity or many other extremes that�ll remain
> as unknowns until a direct encounter takes place.
>
> Let us assume that decades of speedy little probes get sent ahead of
> the starship in order to survey and explore the exoplanet and its
> moons. This should give the arriving generation a heads-up as to what
> to expect and thus prepare themselves before arriving in orbit of the
> exoplanet, whereas another year or so in orbit would likely involve a
> gradual migration down to the surface for a direct look-see and
> biological compatibility via trial and error kind of exposures that
> may or may not go according to plan.
>
> We�re talking about many generations as being born and having died
> along the way, and there�s a high probability of cabin fever or some
> other human mental dysfunctions taking its toll. In other words, the
> final survivors could be rather cranky and somewhat incapable of
> keeping their composure as intelligent humans unless continual
> resupply missions and otherwise badly delayed and Doppler shifted
> communications with Earth could be maintained (this alone could become
> problematic if WW3 and WW4 manages to finish off the majority of
> humans left behind).
>
> According to William Mook�s constant 0.1 gee acceleration via fusion
> thrust, and perhaps 1+ gee deceleration phase, is where getting there
> may not have to take but one generation of 20+ years.
>
> However, with MacGyver ingenuity and faith in physics along with the
> best available science, there are some extremely nearby options that
> even 5th graders might find as sufficiently manageable and even
> commercially viable without government or any other public funding,
> although those of our current social/political and faith-based
> mainstream status-quo as representing our peers may represent by far
> the greater insurmountable gauntlet that would prevent such efforts
> regardless of the consequences.
>
> Venus isn�t naked Goldilocks worthy, however nor is being mainstream
> snookered and/or dumbfounded past the point of no return by your
> social/political and faith-based peers, especially if you only believe
> in each and every government or faith-based dominated agency word as
> being the one and only whole truth and nothing but the truth (because
> they�d really like that).
>
> Good thing our NASA has had absolutely everything under control, and
> always knows best. (isn�t that what K12s and us adults are supposed to
> think?)
> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
> https://picasaweb.google.com/bradguth/BradGuth#5630418595926178146
> https://picasaweb.google.com/bradguth/BradGuth#5629579402364691314
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> "A new scientific truth does not triumph by convincing its opponents
> and making them see the light, but rather because its opponents
> eventually die, and a new generation grows up that is familiar with
> it." / Max Planck
> http://groups.google.com/group/google-usenet/topics?hl=en
> http://groups.google.com/group/guth-usenet/topics?hl=en
> http://groups.google.com/group/guth-usenet?hl=en
> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
> http://bradguth.blogspot.com/
> http://translate.google.com/#
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / �Guth Usenet�
>
>
> On Sep 5, 11:48 am, Brad Guth<bradg...@gmail.com> wrote:
>> Apparently some/most of us just like to continually fool around,
>> wasting precious public funded time, talent and resources while
>> pretending at always being so wise and all-knowing by parroting and
>> hyping mainstream infomercials, thus always in the politically correct
>> and faith-based right, on the good side of each and every mainstream
>> status-quo topic or argument. Of course that�s also what the likes of
>> Hitler and GW Bush thought, and long before then it was those Romans
>> that had everything supposedly going for themselves at the expense and
>> demise of others. It�s also somewhat like stepping out of an airplane
>> without a parachute, whereas everything seems perfectly fine and dandy
>> up until the hard landing, and right about now our dysfunctional NASA
>> that�s looking at a serious balloon payment coming due for their
>> previous refinancing and near zero return on investment kinda needs a
>> good parachute that�ll represent a solid technological and payback win-
>> win for humanity that�s every bit as good or actually a whole lot
>> �Guth Venus�, so that�s kind of a big problem for our NASA that
>> clearly dropped the ball as of our Magellan mission which enabled us
>> to clearly see whatever Venus had to offer (though be it at a low
>> resolution that offered us a look-see at only large scale items),
>> whereas my research is only regarding large scale items and the
>> physics and/or logic as to how such could even exist within such a
>> pressure cooker environment.
>>
>> There�s actually any number of ideas and notions as to how and when
>> intelligent other life created items of such large scale, although as
>> of nowadays it�s actually technically possible for visiting ETs (such
>> as us humans) to deal with that environment, not that it�ll ever
>> become another Goldilocks kind of Eden unless terraformed and thereby
>> forced by artificial means.
>>
>> Here's that same old original and cloudless GIF composite radar
>> obtained image file (as raw and not having been enlargement processed)
>> that our mainstream status-quo has been so deathly afraid others might
>> actually look at:
>> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>> Without even downloading the GIF monochrome image, you can still
>> screen zoom-in on the small area in question (less than 10% of the
>> composite FOV), so as to keeping the raw 1:1 pixel format and its
>> rather limited resolution of 225 meters/pixel, and thereby have
>> yourself a perfectly good look-see at interpreting whatever that sort
>> of 225 meter per pixel resolution has to offer.
>>
>> Here�s one of my basic 10:1 resampled enlargements of the very same
>> small area of �Guth Venus� that I�ve pointed out to NASA and others of
>> their Magellan team for more than the past decade, that�s still
>> offering a clean generic composite derivative like their original:
>> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>> If you�d care to focus on anything specific, please do so, because
>> I�m not absolutely certain that my deductive interpretation of what
>> the image depicts is offering the best or only observationology
>> option.
>>
>> "Scientists Perceive NASA Bias Against Venus�
>> http://www.scientificamerican.com/article.cfm?id=scientists-perceive-...
>>
>> �Venus scientists fear neglect�
>> http://www.nature.com/news/2011/110902/full/477145a.html
>>
>> So what's your personal take on this "NASA Bias Against Venus"?
>>
>> �Venus is of less interest than Mercury, Mars, Jupiter, Saturn, Pluto
>> and Asteroids. It's not like we can send a probe to the surface and
>> rover around or make optical photographs from orbit.� / Sam Wormley
>>
>> Clearly some of us can�t hardly think inside the box, much less a
>> little outside, and devout insiders that are always strictly
>> compartmentalized are clearly not permitted to think at all unless
>> it�s within their less than 0.1% expertise as to physics, science and
>> applied technology. So what may we ask is your less than 0.1%
>> expertise specialty?
>>
>> And once again; so what if the surface atmospherics are acting kind
>> of superfluid gassy of mostly hot and dry CO2? (are these perpetual
>> naysayers planning on only going to those Goldilocks approved planets
>> so that you can frolic in the nude?)
>>
>> You folks do realize that a hot and dry surface environment is
>> actually an inert one, especially if the level of O2 is minimal, and
>> the only teratonnes of acidic water are those kept within them
>> terrific clouds that can be safely and efficiently tapped for as much
>> pure water on demand as you like. Obviously numerous geothermal vents
>> and active volcanic outflows would contain O2 and H2O (aka live steam
>> along with multiple raw elements), but just like here on Earth, those
>> can easily be identified and avoided and/or technically utilized.
>>
>> Good thing our NASA has everything under control, and always knows
>> best. (isn�t that what K12s and adults are supposed to think?)
>>
>> -
>>
>> What extremely nearby planet has the most to offer? / (Brad Guth
>> Venus)
>>
>> It seems more obvious than ever that our public and/or faith-based
>> funded peers as mindset mental retards and dysfunctional Goldilocks
>> that need another planet they can dominate as well as run around and
>> frolic in the nude, as such are going to be very disappointed in the
>> current list of exoplanet options, especially when so much of Earth
>> isn�t even suited to their ethnically purity taste as is, that is
>> unless you happen to be among the rich and powerful with public funded
>> privileges and benefits that only yourself and others of your upper
>> caste of only God�s chosen are entitled to.
>>
>> On the other hand, what if we�ve all been systematically distracted
>> and snookered past the point of no return by those we supposedly
>> trusted the most? (not to mention having been systematically
>> dumbfounded and lied to, as well as ripped off and getting bankrupted
>> by those of our own elected and faith-based authority that were
>> supposed to keep the really bad stuff from ever happening, or at least
>> from getting any worse)
>>
>> Isn�t mainstream obfuscation and their denial of being in denial
>> pretty much the exact same thing as selectively withholding
>> information and thereby the same as having been telling us lies?
>>
>> What if we discovered a truly super terrific planet that was
>> reasonably nearby and it essentially had everything of those essential
>> raw elements except molecular abiogenic hydrocarbons (even though most
>> rocky planets and even a few moons by rights should offer abiogenic
>> hydrocarbons unless their local laws of physics are different), and
>> perhaps otherwise offered only a minimal amount of surface nitrogen
>> (such as its atmospheric N2 at only 3.5% of 4.8e20 kg = 1.7e19 kg
>> (that�s still roughly three fold more N2 than our own atmospheric
>> mass, except this other planet�s N2 being sourced and replenished only
>> from deep within the planet of greater metallicity than Earth).
>>
>> What if this other nearby planet (100 LD from us) also offered
>> essentially unlimited renewable energy that was worth roughly at least
>> ten fold or 1000% more of easily extractable energy/m2 than Earth has
>> to offer us. (actually a hundred fold greater energy is more likely)
>>
>> What if the geothermal upwelling energy was basically unlimited and
>> otherwise naturally venting in over a thousand easily tapped locations
>> as is, not to mention one specific enormous fluid arch that�s easy
>> about this planet that haven�t been mainstream published nor much less
>> reported in K12 or any other media or educational textbooks. What if
>> I had a few dozen other unauthorized �what ifs� and perfectly
>> deductive interpretations to share.
>>
>> Not that you folks need to keep hearing this from anyone else, but
>> clearly Venus is simply not acting as old as Earth. In fact, Venus
>> and it�s rather high metallicity saturation has been acting of all
>> things almost exactly as old as Sirius(B), and at least the best
>> science as to its surface metallicity is certainly none too deficient.
>> Posted by: graemebird | July 15, 2011:
>> Spanking Venus/ The Case Of The Lazy Layer
>> http://graemebird.wordpress.com/2011/07/15/spanking-venus-the-case-of...
>>
>> Now we have my ongoing process of deductively interpreting an image,
>> as representing what the subjective science of observationology is all
>> about, and of course all the usual mainstream naysay of perpetual
>> denial and objections to this deductive interpretation is exactly what
>> a devout mainstream FUD-master is all about, so right off the bat
>> we�re at insurmountable odds with each other regardless of the
>> multiple geometric patterns, that as far as anyone knows can�t be
>> replicated by the random happenstance of nature and erosion. Go
>> figure how such a little portion from such a small imaged area of the
>> extremely nearby planet Venus can become such a royal pain in the
>> mainstream status-quo butt.
>>
>> With regular physics, perfectly good science that can be replicated
>> and applied technology, there�s really nothing about the extremely
>> nearby planet Venus that is actually insurmountable, or otherwise
>> taboo or technically forbidden. However, by the reactions and
>> seemingly endless obfuscation and perpetual denial applied by those in
>> mainstream peer status-quo authority, you�d think Venus is only
>> capable of offering horrific doom and gloom, by eating us alive if we
>> dare to go anywhere near it. Of course these are the very same
>> individuals that insisted the USSR was intent upon attacking us from
>> every conceivable direction with their nukes and chemical/germ warfare
>> toxins, and most recently insisting Muslims having all of those WMD
>> and the logistical means ready to deploy for killing off any remaining
>> Americans. Actually the list of terrestrial doom and gloom which
>> we�re supposed to fear and shutter ourselves over is quite large, dark
>> and scary, even though it was mostly bogus and phony as entirely
>> contrived by our very own FUD-masters to begin with. So it�s getting
>> kind of hard to tell what we�re supposed to officially believe from
>> those that also have our national pending bankruptcy refinanced for
>> the umpteenth time, and the blood from our next ten generations used
>> as collateral.
>>
>> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>> This kind of raw composite image of Venus, obtained via our Magellan
>> mission and its SAR technology, looking down at roughly a 43 degree
>> angle of view, further assembled as three stacked layers of radar
>> imaging that accomplished 4 looks or scans per 75 meter pixel, offers
>> this terrific derivative composite of a 225 meter/pixel resolution of
>> essentially 36 confirming radar looks or scans per pixel. This method
>> obviously reduces the resolution but otherwise greatly improves the
>> truth and/or confidence value of each and every pixel. Therefore, of
>> items and patterns large enough to be depicted within the 225 m/pixel
>> format are really there, and these large pixels are really giving us
>> their honest geometric patterns that I believe have been worth our
>> taking a closer look-see. Of course a newer radar mapping mission
>> providing at least ten fold better resolution would have been nice as
>> of a decade ago, however instead it�s entirely up to others because,
>> seems our NASA and their DARPA wizards has been somewhat dysfunctional
>> and currently it�s too broke to help.
>>
>> Fortunately you and most others really do not have to be any special
>> kind of scientist or having to understand all that much about physics
>> or even SAR imaging in order to deductively interpret this image, but
>> you do have to be at least honest with yourself. In order to be as
>> fair and objective as possible, you should stick with resampling/
>> enlarging the original by only 3:1 in order to approximately
>> extrapolate what those original 75 meter per pixel images had to
>> offer. However, regardless of the resampling or enlargement process
>> running at 3:1, 5:1 or 10:1, nothing weird is automatically added or
>> subtracted, therefore what you get is simply a less blocky image to
>> review and interpret, because frankly it is sometimes hard to merely
>> step back and allow the brain do its own image resampling, and not all
>> of us are initially as good at this as others.
>>
>> Of course it helps to deductively interpret if you also have at least
>> some terrestrial examples of natural terrain that so happens to look
>> and measure as anything similar, as though it were artificially made
>> to look geometric or otherwise having been modified by our very own
>> intelligent life. At least so far, 10+ years and counting, none of
>> the mainstream wizards as perpetual naysayers, critics and FUD-masters
>> have squat to show us in support of their interpretation of Venus
>> being a retched worthless planet of nothing but random inert hot
>> rocks. It certainly would have been nice if they would have made an
>> effort, but at least so far it�s not happening, so instead they�re
>> just good at obfuscating and bluffing their way through this.
>>
>> Besides myself having made folks squirm and cringe, there is actually
>> plenty of ESA, Russian and a few independent research efforts that has
>> a lot of old and new stuff to say about this extremely nearby planet,
>> of which our nearly bankrupted and kind of dysfunctional NASA is
>> either in denial or having to drag itself along as a back-seat
>> passenger because others are currently doing all the driving.
>>
>> For those few independent and investigative Usenet/newsgroup readers
>> that still think they have an open mindset that isn�t preconfigured to
>> self-destruct or implode upon hearing, reading or observing a revised
>> interpretation about the planet Venus, I might actually have that
>> different interpretation to offer, as well as a few terrific ideas and
>> notions that could also prove rather interesting. However, if you are
>> a certain kind of faith-based and kinda social/political closed
>> mindset in your forever set ways sticking with our mainstream status-
>> quo of revising nothing and of allowing nothing new in to challenge
>> your mindset, like 99? of Americans having survived their K12 and
>> higher education years that seem to stick to their guns of
>> preconceptions no matters what, then you may not have to bother
>> yourself with any of this, because I�m only going to keep pissing you
>> off.
>>
>> Not that I can agree with each and every new or old interpretation by
>> others, such as these results from Venus Express that are still
>> ongoing and developing, will hopefully get further revised as time and
>> resources make our understanding better, and hopefully with fewer
>> preconceptions keeping us from realizing the greater potential that
>> such a nearby planet like Venus has to offer.
>> http://sci.esa.int/science-e/www/object/index.cfm?fobjectid=39432
>>
>> Just because our government agencies and their mainstream media that
>> has to publish whatever is handed to them as is (or else), as well as
>> having to stick with whatever�s contained within those K12 textbooks
>> telling us that this extremely nearby planet Venus is simply too hot
>> for any kind of conventional Goldilocks life as we know it, at least
>> presumably that�s in the nude upon its hellish surface isn�t an
>> option, doesn�t mean that imported and/or custom engineered life
>> couldn�t technically manage to survive, not to mention whatever the
>> laws of physics and applied technology could make Venus perfectly
>> doable even for the frail DNA/RNA and inferior physiology of us humans
>> that would require a certain level of added protection (at east I�ve
>> never suggested otherwise).
>>
>> Gee whiz, why am I not the least bit surprised, that supposed wizards
>> of such all-knowing expertise like our peers and whatever authority
>> above them still can�t even manage to muster up any similar examples
>> of extremely rugged terrain on Earth that looks remotely as though any
>> of it were artificially created or even modified to suit, that is if
>> you know what I mean (which obviously most of you don�t). According
>> to our mainstream peers and perhaps even yourself plus many others of
>> your silly obfuscation and FUD-master worthy kind, there�s supposedly
>> only inert hot rock on Venus that�s entirely heated by a solar
>> greenhouse situation because, supposedly Venus is exactly the same age
>> and basic composition as Earth. However, it just so happens in this
>> instance to look as though Venus already has at least one fairly
>> complex tarmac/airport situated rather boldly within a very rugged
>> kind of mountainous terrain, along with having that nifty nearby
>> bridge and a substantial community of multiple high-rise geometries
>> (large geometric structures), as well as offering any number of nearby
>> complex natural formations and seemingly active dynamics taking place
>> (at least within connected reservoirs plus the �fluid arch�), that
>> when taken as a group just so happens to be oddly arranged as though
>> offering a perfectly rational community like infrastructure of viable
>> logistics that even most 5th graders could recognize.
>>
>> As far as having renewable energy goes, it seems the planet Venus has
>> us beat by a good thousand to one, and with such local renewable
>> energy abundance (much of it via direct geothermal vents, active
>> volcanics in addition to all of that terrific atmospheric dynamic
>> pressure and thermal differentials) plus there�s no apparent shortages
>> of raw elements (including H2, H2O and O2) is where anyone half as
>> smart as a 5th grader could manage to survive, with loads of energy
>> and local resources to spare. This is not to suggest that any sort of
>> naked and dumbfounded Goldilocks is ever going to be a happy Venus
>> camper, or that loads of frozen pizza and ice cold beer wouldn�t have
>> to be imported from Earth. Also try keeping in mind those terrific
>> robust cloud layers are not made of crystal dry sulfur dust (even ESA
>> has had to revise their assessment to allowing 14 teratonnes as water,
>> and my swag interpretation still has that atmosphere pegged at holding
>> 500+ teratonnes or roughly 0.1% of that terrific atmospheric mass).
>> Our extremely thin and low density atmosphere holds at least 50e12
>> tonnes of H2O (possibly with GW and AGW has that H2O saturated upwards
>> of 100e12 tonnes, at least the recent storm that nailed the East coast
>> would tend to make folks agree that our GW/AGW atmosphere is holding
>> more water).
>>
>> Here's that same old original cloudless GIF composite radar obtained
>> image file (as raw and not having been enlargement processed) that our
>> mainstream status-quo has been so deathly afraid others might actually
>> (God forbid) bother to look at:
>> http://nssdc.gsfc.nasa.gov/imgcat/hires/mgn_c115s095_1.gif
>> Without even downloading the GIF monochrome image, you can still
>> screen zoom-in on the small area in question (less than 10% of the
>> composite FOV), so as to keeping the raw 1:1 pixel format and its
>> rather limited resolution of 225 meters/pixel, and thereby have
>> yourself a perfectly good look-see at interpreting whatever that sort
>> of 225 meter per pixel resolution has to offer, remembering that each
>> pixel offers a trustworthy composite of 36 confirming radar looks or
>> scans to begin with, and peering down at 43 degrees is what kinda
>> makes it into a 3D worthy image. .
>>
>> Here�s one of my basic 10:1 resampled enlargements of the very same
>> area that I�ve pointed out to our NASA and others of their infamous
>> Magellan team for more than the past decade, that�s still a generic
>> composite derivative like their original, because it�s entirely a
>> byproduct of our original SAR obtained pixel data (nothing personal
>> added or subtracted):
>> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>> If you�d care to focus on anything specific, please go right ahead
>> and do so, because I�m not certain that my investigative and deductive
>> clearly offering a raised platform that�s situated within a
>> mountainous terrain, simply isn't as likely to be formed by way of any
>> natural geology and erosion that we know of, nor is that highly
>> unusual bridge item and those multiple other large scale items of
>> multiple rectangular quarry sites, plus having a nearby collection of
>> geometric shapes in a rational community like setting, of what seems
>> rather artificially structural and rational infrastructure worthy is
>> perhaps what should be closely reviewed by others to see if any or all
>> of those could have possibly been formed by some kind of weird natural
>> or conceivably unnatural processes.
>>
>> You folks must also have at least as good if not a whole lot better
>> image processing expertise for this resampling/enlargement capability,
>> so please do share that better result with us, in that at least we can
>> be on the same page and not looking at entirely different areas. If
>> you need some assistance or advisements with selecting and/or
>> utilizing a photo enlarging process, even though most photo resampling
>> software is self explanatory, I�ll gladly donate my time and resources
>> free of charge.
>>
>> If you should interpret this image as only containing perfectly
>> natural formations of greenhouse hot rock and depicting logical
>> patterns of erosion, then you must also have any number of reference
>> example images obtained of terrestrial geology recorded by similar
>> radar imaging resolution, by which that interpretation of seeing only
>> inert hot rock and natural erosion is based upon, and naturally we�d
>> like to have a look-see at whatever is within your observationology
>> frame of reference that gives you the necessary expertise, because you
>> can�t just be making stuff like that up in order to suit a given
>> opinion or policy.
>>
>> If need be, don�t be afraid to ask others (5th graders if necessary)
>> to see whatever they can interpret, because at least they�ll be
>> willing to honestly share whatever satellite or aerial observations of
>> weird terrestrial and any other geology that supports their
>> interpretation of whatever the planet Venus has to offer, because
>> you�ll have to base such interpretations on something other than media
>> eyecandy and textbook infomercials plus having a naysay kind of closed
>> mindset isn�t exactly helpful. If you have some other interpretation
>> for those reservoirs that clearly contain something fluid, and
>> especially have any better idea as to that large clover shaped
>> reservoir, or explaining the nature of that �fluid arch� would be
>> terrific to hear about.
>>
>> Otherwise, go to BradGuth.blogspot, my Google document pages or simply
>> contribute a new topic of your very own that�s in any way related.
>>
>> "A new scientific truth does not triumph by convincing its opponents
>> and making them see the light, but rather because its opponents
>> eventually die, and a new generation grows up that is familiar with
>> it." / Max Planck
>> http://groups.google.com/group/google-usenet/topics?hl=en
>> http://groups.google.com/group/guth-usenet/topics?hl=en
>> http://groups.google.com/group/guth-usenet?hl=en
>> http://docs.google.com/View?id=ddsdxhv_0hrm5bdfj
>> http://bradguth.blogspot.com/
>> http://translate.google.com/#
>> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / �Guth Usenet�
LIKE YOU ARE!
Saul Levy
THE SAME OLD SHIT OVER AND OVER AND OVER!
YOU MUST EAT MUCH SHIT TO PUT OUT THAT MUCH SHIT!
Saul Levy
> "A new scientific truth does not triumph by convincing its opponents
>and making them see the light, but rather because its opponents
>eventually die, and a new generation grows up that is familiar with
>it." / Max Planck
>
> Brad Guth, Brad_Guth, Brad.Guth, BradGuth, BG / “Guth Usenet”
[HUGE PILE OF SHIT DELETED, UNREAD AS USUAL!]