> Conrad J Countess- Hide quoted text -
>
> - Show quoted text -
The evidence below clearly shows that I presented evidence predicting
"Electron Structure" and beating "Uncertainty Principle" on may 23
which Sam also clearly refutes.
Then on May 26 he acknowleges Electron Structure and presents
corresponding evidence.
He also refute my claim of beating Uncertainty Principle, which I do
not have below, but his later claim of someone else doing so is in
last two post, dated June 2, comes after my own and proves that I
predicted that also before he even knew of it,
Anyway this is enough for now to expose "Sam Wormley" as a out and out
Blatent Lyer
Conrad J Countess
http://groups.google.com/group/alt.philosophy/msg/03579844a69770d3
cjcountess View profile
More options May 23, 5:08 pm
Newsgroups: alt.sci.physics, sci.physics, alt.philosophy
From: cjcountess <
cjcount...@yahoo.com>
Date: Mon, 23 May 2011 15:08:13 -0700 (PDT)
Local: Mon, May 23 2011 5:08 pm
Subject: Re: What An Electron Looks Like.
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It's a counterclockwise (-1 charge) standing spherical wave rotating
about two axis (spin 1/2) spining at speed of light or c, with
angular
momentum of (h/2pi/2), and (energy = mc^2)
I am so surprised that after all this time and all the supporting
evidence, that people still believe that an electron has no
geometrical structure that can be visualized, considering it just a
point particle and probability wave.
Technically it can be argued that an electron does not look like
anything in the strictest sense, because we visualize things by
reflecting electromagnetic waves that are smaller and much less
massive than the objects we wish to see, off of them, and that is
hard
to do with an electron, which is the smallest free standing EM wave,
and anything almost as small or just as small, would not only reflect
off of it, but would reflect the electron itself off of it, causing a
great uncertainty in its measurements of position and momentum
through
direct measurements.
This has lead to the "Uncertainty Principle' and all its confusion,
which will to be replaced with the "Certainty Principle" and a
clearing up of alot of that confusion because (h/2pi/2), is indeed a
measure of the particles "certainty," not its "uncertainty" when
viewed in this new way, which is geometrically.
Through analogy, logic, math, geometry, and statistics, I have mapped
its geometry, and it matches latest empirical evidence, that has
somehow seem to overcome the problem of viewing and filming the
geometry of the electron, thereby varifying and collaborating my
discovery.
See this for my interpretation of electron structure
http://gsjournal.net/science/countess.pdf
And this to collaborate it with the latest empirical evidence:
http://www.youtube.com/watch?v=ofp-OHIq6Wo&feature=related
Scientists in Sweden film moving electron for the first time.
It resembles an elongated standing spherical wave, rotating about two
axis, fitting description which I have geometrically demonstrated, as
opposed to a point particle or probability wave.
Conrad J Countess
http://groups.google.com/group/alt.philosophy/msg/16676bd08a49b59f
Sam Wormley View profile
More options May 23, 8:08 pm
Newsgroups: alt.sci.physics, sci.physics, alt.philosophy
From: Sam Wormley <
sworml...@gmail.com>
Date: Mon, 23 May 2011 20:08:51 -0500
Local: Mon, May 23 2011 8:08 pm
Subject: Re: What An Electron Looks Like.
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On 5/23/11 5:08 PM, cjcountess wrote:
> I am so surprised that after all this time and all the supporting
> evidence, that people still believe that an electron has no
> geometrical structure that can be visualized, considering it just a
> point particle and probability wave.
There appears not to be *supporting evidence* for electron
structure.
Hypothesize any structure you like. Maybe that structure is purely
to help you visualize like a Newtonian. What is important, is that
if a structure exists, it must be physically measurable...
otherwise
it is meaningless and serves no real purpose.
http://groups.google.com/group/sci.chem/msg/6e9afd5359e8a8bd
Sam Wormley View profile
More options May 26, 7:14 pm
On 5/26/11 7:06 PM, Yousuf Khan wrote:
> BBC News - Electron particle's shape revealed
> "So physicists have tried to build on this model. One framework to
> explain physics beyond the Standard Model is known as supersymmetry.
> However, this theory predicts that the electron has a more distorted
> shape than that suggested by the Standard Model. According to this idea,
> the particle could be egg-shaped.
> Experimental set-up used to measure electron The researchers used lasers
> to measure the shape of the electron
> Researchers stress that the new observation does not rule out
> super-symmetry. But it does not support the theory, according to Dr
> Hudson. "
>
http://www.bbc.co.uk/news/science-environment-13545453
http://www.wired.com/wiredscience/2011/05/electrons-are-near-perfect-...
A 10-year study has revealed that the electron is very spherical
indeed.
To be precise, the electron differs from being perfectly round by
less
than 0.000000000000000000000000001 cm. To put that in context; if an
electron was the size of the solar system, it would be out from being
perfectly round by less than the width of a human hair.
http://groups.google.com/group/sci.physics/browse_frm/thread/954839c397c4a2f8?hl=en&scoring=d&
Sam Wormley View profile
More options Jun 2, 5:29 pm
Newsgroups: sci.physics
From: Sam Wormley <
sworml...@gmail.com>
Date: Thu, 02 Jun 2011 17:29:50 -0500
Local: Thurs, Jun 2 2011 5:29 pm
Subject: Quantum Mechanics Gets Weirdly Less Weird
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Quantum Mechanics Gets Weirdly Less Weird
New take on old experiment sidesteps limit on quantum uncertainty
http://news.sciencemag.org/sciencenow/2011/06/quantum-mechanics-gets-...
"In the famous two-slit experiment, scientists shine light through
two
parallel vertical slits in a thin plate and onto a distant screen
(see
diagram). The waves merging from the two slits overlap and interfere
with each other to create a barcodelike pattern of bright stripes
where
the waves reinforce each other and dark stripes where they cancel
each
other. That "interference pattern" is a hallmark of wavelike
behavior.
However, light is a particle as well as a wave. So experimenters can
detect the individual particles of light, or photons, as they hit the
screen.
"Here's the bizarre part. If the light beam is dim enough, the
photons
will pass through the apparatus one by one. In that case, a
reasonable
person might expect the interference pattern to disappear, as it
would
seem that each photon would have to go through one slit or the other,
eliminating the possibility of interference. But no, after enough
photons pass through, the interference pattern once again emerges. So
each photon must literally go through both slits at once and
interfere
with itself. Moreover, if the experimenter tries to determine which
slit
each photon goes through—say, by alternately closing one slit and
then
the other—the interference pattern really does disappear".
Now on to the Weirdly Less Weird part:
http://news.sciencemag.org/sciencenow/2011/06/quantum-mechanics-gets-...
http://groups.google.com/group/sci.physics/browse_frm/thread/6d591b73f1863f9e?hl=en
Sam Wormley View profile
More options Jun 2, 11:32 pm
Newsgroups: sci.physics
From: Sam Wormley <
sworml...@gmail.com>
Date: Thu, 02 Jun 2011 23:32:50 -0500
Local: Thurs, Jun 2 2011 11:32 pm
Subject: New 'Double Slit' Experiment Skirts Uncertainty Principle
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New 'Double Slit' Experiment Skirts Uncertainty Principle
http://www.scientificamerican.com/article.cfm?id=new-double-slit-expe...
"Steinberg's group sent photons one by one through a double slit by
using a beam splitter and two lengths of fibre-optic cable. Then they
used an electronic detector to measure the positions of photons at
some
distance away from the slits, and a calcite crystal in front of the
detector to change the polarization of the photon, and allow them to
make a very rough estimate of each photon's momentum from that
change.
Average trajectory
"By measuring the momentum of many photons, the researchers were able
to
work out the average momentum of the photons at each detector. They
then
moved the crystal progressively further away from the slits, and so
by
"connecting the dots" were able to trace out the average trajectories
of
the photons. They did this while still recording an interference
pattern
at each detector position".
See:
http://www.scientificamerican.com/article.cfm?id=new-double-slit-expe...
Here’s your evidence LYER
Conrad J Countess