ADJUSTED GROSS INCOME | TAX BASED ON INCOME AND A.M.T. | TAX CREDITS | FINAL TAX BILL AFTER CREDITS | |
---|---|---|---|---|
2020 | –$4,795,757 | $0 | $0 | $0 |
2019 | 4,380,714 | 558,780 | –425,335 | 133,445 |
2018 | 24,339,696 | 9,356,232 | –8,356,766 | 999,466 |
2017 | –12,916,948 | 7,435,857 | –7,435,107 | 750 |
2016 | –32,409,674 | 2,234,725 | –2,233,975 | 750 |
2015 | –31,756,435 | 2,127,670 | –1,485,739 | 641,93 |
CATEGORY | 2015 | 2016 | 2017 | 2018 | 2019 | 2020 |
---|---|---|---|---|---|---|
Wages | $14,141 | $978 | $373,629 | $393,957 | $393,928 | $393,229 |
Interest | 9,393,096 | 8,994,141 | 6,758,494 | 9,435,377 | 11,332,436 | 10,626,179 |
Dividends | 1,729,897 | 337,938 | 21,984 | 60,254 | 71,921 | 25,347 |
Business income | –599,030 | 8,797,393 | 1,433,030 | –430,408 | –225,560 | –29,686 |
Real estate | –7,882,011 | –15,939,523 | –16,746,815 | –11,992,220 | –16,472,951 | –15,676,469 |
Other business | –76,909,237 | –44,955,324 | –12,306,111 | 4,826,478 | 0 | 0 |
Capital gains | 35,835,453 | 10,941,053 | 7,528,298 | 22,015,123 | 9,257,197 | 0 |
Other gains | 6,603,042 | –444,633 | 33,740 | 0 | 0 | –501,255 |
Pensions | 77,808 | 77,808 | 84,351 | 86,532 | 86,532 | 86,532 |
Refunds | 0 | 0 | 0 | 0 | 0 | 382,065 |
Total income | –31,736,841 | –32,190,169 | –12,819,400 | 24,395,093 | 4,443,503 | –4,694,058 |
> Let's find out if he is a tax cheat or not?
To view this discussion on the web visit https://groups.google.com/d/msgid/everything-list/1622231312.2100273.1671842100145%40mail.yahoo.com.
> My proposal is that we'd insist on term limits.
> your purpose, is simply to block Trump from acquiring the White House again.
> That's the Jan 6 committee's purpose.
My view is that I cannot fairly apply to you, standards that I wouldn't accept for myself. I advocate finding out the facts in all things, whether it's inoculations or tax returns.
Alinsky's Rules for Radicals-
RULE 4: “Make the enemy live up to its own book of rules.”
> Yeah, John's assertion that Trump planned Jan 6 as an insurrection (and all his favorite pols!) has yet to be proven.
Would the mass of 1000 miles (1333 kilometers) with the mass of liquid water induce nuclear fusion at the bottom of those oceans
Water, mass, gravity, crushing force? Like perhaps not deuterium or deuterium-tritium fusion, but proton-proton fusion??
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> There's an interesting relationship between the strength of the electrostatic repulsion between two protons, and the gravitational attraction of protons. It works out such that it takes ~10^54 protons gathered together in one place before the gravitational attraction can overwhelm the electrostatic repulsion. In other words, stars as as big and long-lived as they are because gravity is so weak.
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On Tue, Dec 27, 2022, 6:47 AM John Clark <johnk...@gmail.com> wrote:On Tue, Dec 27, 2022 at 5:59 AM Jason Resch <jason...@gmail.com> wrote:> There's an interesting relationship between the strength of the electrostatic repulsion between two protons, and the gravitational attraction of protons. It works out such that it takes ~10^54 protons gathered together in one place before the gravitational attraction can overwhelm the electrostatic repulsion. In other words, stars as as big and long-lived as they are because gravity is so weak.That's true, and one of the biggest mysteries in physics is why gravity is so weak, after all the strong nuclear force can keep 100 or even 2 protons in one place. The only explanation I've heard is the hypothesis that there are other spatial dimensions besides the 3 that we're familiar with, string theory claims there are at least 9, but that all the forces of nature EXCEPT for gravity are confined to just 3 dimensions so they generally follow the law that says they decrease with distance according to the well known 1/r^2 rule, but gravity is free to radiate into all 9 dimensions so it decreases with distance according to a 1/r^8 rule; and the reason we don't see gravity behave this way in our everyday life is it the other 6 dimensions are curled up very tightly so the effect becomes apparent only at the ultra microscopic scale. It's a nice theory but there's not a scrap of experimental evidence to support it.That's interesting I hadn't heard that detailed of an explanation before.There are also anthropic arguments for very weak gravity:If gravity were 10 times stronger than it is, stars like our sun would live for 1 billion years, not 10 billion.Yey it took multiple billions of years to evolve multicellular life.
Jason
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My late friend Vic Stenger pointed out that there's a different way of looking at this. Most people say gravity is the weakest force because they compare the gravitational force between two elementary charged particles, e.g. two electrons, two protons, or an electron and a proton, to the EM force between them and gravity is weaker by a large factor on the order of 1e-36. But while there is a natural unit of electric charge, there are no particles with a natural unit of gravitational charge, i.e. mass. But there is a natural unit of mass; it’s just not one that any particle has (at least not any particle we could produce). It’s the Planck mass. The Planck mass is derived just from the fundamental constants:
m_P = \sqrt{\frac{\hbar c}{G}} = 2.18e-18 Kg
So we should calculate the ratio of the gravitational to EM force of two Planck masses each with unit charge
\frac{F_G}{F_{EM}} = G m_P^2/Ke^2 = 137
where K is Coulomb’s constant and G is Newton’s constant. And behold, the gravity is stronger by the inverse of the fine-structure constant.
Why this great discrepancy in the two ways of looking at the question? Well, first in quantum field theory the particles are all massless. Few get a little mass from interaction with the Higgs field which has (for no particular reason) a non-zero vacuum energy. All the rest of the particle masses come from the binding energy of fields. So they have very little gravitational mass. The Planck mass is the mass of the smallest possible black hole, one whose de Broglie wave length equals its diameter. And it is huge by particle standards. It’s the mass of a bacterium. So in this way of looking at it gravity is strong, but the fundamental particles are almost massless.
Brent
On Tuesday, December 27, 2022 at 1:04:36 PM UTC-6 meeke...@gmail.com wrote:My late friend Vic Stenger pointed out that there's a different way of looking at this. Most people say gravity is the weakest force because they compare the gravitational force between two elementary charged particles, e.g. two electrons, two protons, or an electron and a proton, to the EM force between them and gravity is weaker by a large factor on the order of 1e-36. But while there is a natural unit of electric charge, there are no particles with a natural unit of gravitational charge, i.e. mass. But there is a natural unit of mass; it’s just not one that any particle has (at least not any particle we could produce). It’s the Planck mass. The Planck mass is derived just from the fundamental constants:
m_P = \sqrt{\frac{\hbar c}{G}} = 2.18e-18 Kg
So we should calculate the ratio of the gravitational to EM force of two Planck masses each with unit charge
\frac{F_G}{F_{EM}} = G m_P^2/Ke^2 = 137
where K is Coulomb’s constant and G is Newton’s constant. And behold, the gravity is stronger by the inverse of the fine-structure constant.
Why this great discrepancy in the two ways of looking at the question? Well, first in quantum field theory the particles are all massless. Few get a little mass from interaction with the Higgs field which has (for no particular reason) a non-zero vacuum energy. All the rest of the particle masses come from the binding energy of fields. So they have very little gravitational mass. The Planck mass is the mass of the smallest possible black hole, one whose de Broglie wave length equals its diameter. And it is huge by particle standards. It’s the mass of a bacterium. So in this way of looking at it gravity is strong, but the fundamental particles are almost massless.
BrentThis is a ratio of forces with gravity and EM, but with Planck masses. BTW, my numbers come out to 1.23x10^3. Gravitation lacks a unitless coupling constant such as the QED fine structure constant α ~ 1/137. The Higgs field gives particles their masses, where fundamental fermions have a small mass given by the zitterbewegung induced by the Higgs field. So a possible definition of a dimensionless gravitational coupling constant is α_G = (m_H/m_p)^2. The Higgs mass is around 125GeV/c^2 and so α_G = 1.x10^{-16}.LC
On Tuesday, December 27, 2022 at 2:03:44 PM UTC-6 Lawrence Crowell wrote:
On Tuesday, December 27, 2022 at 1:04:36 PM UTC-6 meeke...@gmail.com wrote:
My late friend Vic Stenger pointed out that there's a different way of looking at this. Most people say gravity is the weakest force because they compare the gravitational force between two elementary charged particles, e.g. two electrons, two protons, or an electron and a proton, to the EM force between them and gravity is weaker by a large factor on the order of 1e-36. But while there is a natural unit of electric charge, there are no particles with a natural unit of gravitational charge, i.e. mass. But there is a natural unit of mass; it’s just not one that any particle has (at least not any particle we could produce). It’s the Planck mass. The Planck mass is derived just from the fundamental constants:
m_P = \sqrt{\frac{\hbar c}{G}} = 2.18e-18 Kg
So we should calculate the ratio of the gravitational to EM force of two Planck masses each with unit charge
\frac{F_G}{F_{EM}} = G m_P^2/Ke^2 = 137
where K is Coulomb’s constant and G is Newton’s constant. And behold, the gravity is stronger by the inverse of the fine-structure constant.
Why this great discrepancy in the two ways of looking at the question? Well, first in quantum field theory the particles are all massless. Few get a little mass from interaction with the Higgs field which has (for no particular reason) a non-zero vacuum energy. All the rest of the particle masses come from the binding energy of fields. So they have very little gravitational mass. The Planck mass is the mass of the smallest possible black hole, one whose de Broglie wave length equals its diameter. And it is huge by particle standards. It’s the mass of a bacterium. So in this way of looking at it gravity is strong, but the fundamental particles are almost massless.
Brent
This is a ratio of forces with gravity and EM, but with Planck masses. BTW, my numbers come out to 1.23x10^3. Gravitation lacks a unitless coupling constant such as the QED fine structure constant α ~ 1/137. The Higgs field gives particles their masses, where fundamental fermions have a small mass given by the zitterbewegung induced by the Higgs field. So a possible definition of a dimensionless gravitational coupling constant is α_G = (m_H/m_p)^2. The Higgs mass is around 125GeV/c^2 and so α_G = 1.x10^{-16}.
LC
erratum: the last number is α_G = 1.x10^{-34}.
LC
--
On 12/27/2022 3:46 AM, John Clark wrote:
On Tue, Dec 27, 2022 at 5:59 AM Jason Resch <jason...@gmail.com> wrote:
> There's an interesting relationship between the strength of the electrostatic repulsion between two protons, and the gravitational attraction of protons. It works out such that it takes ~10^54 protons gathered together in one place before the gravitational attraction can overwhelm the electrostatic repulsion. In other words, stars as as big and long-lived as they are because gravity is so weak.That's true, and one of the biggest mysteries in physics is why gravity is so weak, after all the strong nuclear force can keep 100 or even 2 protons in one place. The only explanation I've heard is the hypothesis that there are other spatial dimensions besides the 3 that we're familiar with, string theory claims there are at least 9, but that all the forces of nature EXCEPT for gravity are confined to just 3 dimensions so they generally follow the law that says they decrease with distance according to the well known 1/r^2 rule, but gravity is free to radiate into all 9 dimensions so it decreases with distance according to a 1/r^8 rule; and the reason we don't see gravity behave this way in our everyday life is it the other 6 dimensions are curled up very tightly so the effect becomes apparent only at the ultra microscopic scale. It's a nice theory but there's not a scrap of experimental evidence to support it.
John K Clark See what's on my new list at Extropolishfl
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On 12/27/2022 12:07 PM, Lawrence Crowell wrote:
On Tuesday, December 27, 2022 at 2:03:44 PM UTC-6 Lawrence Crowell wrote:
On Tuesday, December 27, 2022 at 1:04:36 PM UTC-6 meeke...@gmail.com wrote:
My late friend Vic Stenger pointed out that there's a different way of looking at this. Most people say gravity is the weakest force because they compare the gravitational force between two elementary charged particles, e.g. two electrons, two protons, or an electron and a proton, to the EM force between them and gravity is weaker by a large factor on the order of 1e-36. But while there is a natural unit of electric charge, there are no particles with a natural unit of gravitational charge, i.e. mass. But there is a natural unit of mass; it’s just not one that any particle has (at least not any particle we could produce). It’s the Planck mass. The Planck mass is derived just from the fundamental constants:
m_P = \sqrt{\frac{\hbar c}{G}} = 2.18e-18 Kg
So we should calculate the ratio of the gravitational to EM force of two Planck masses each with unit charge
\frac{F_G}{F_{EM}} = G m_P^2/Ke^2 = 137
where K is Coulomb’s constant and G is Newton’s constant. And behold, the gravity is stronger by the inverse of the fine-structure constant.
Why this great discrepancy in the two ways of looking at the question? Well, first in quantum field theory the particles are all massless. Few get a little mass from interaction with the Higgs field which has (for no particular reason) a non-zero vacuum energy. All the rest of the particle masses come from the binding energy of fields. So they have very little gravitational mass. The Planck mass is the mass of the smallest possible black hole, one whose de Broglie wave length equals its diameter. And it is huge by particle standards. It’s the mass of a bacterium. So in this way of looking at it gravity is strong, but the fundamental particles are almost massless.
Brent
This is a ratio of forces with gravity and EM, but with Planck masses. BTW, my numbers come out to 1.23x10^3. Gravitation lacks a unitless coupling constant such as the QED fine structure constant α ~ 1/137. The Higgs field gives particles their masses, where fundamental fermions have a small mass given by the zitterbewegung induced by the Higgs field. So a possible definition of a dimensionless gravitational coupling constant is α_G = (m_H/m_p)^2. The Higgs mass is around 125GeV/c^2 and so α_G = 1.x10^{-16}.
LC
erratum: the last number is α_G = 1.x10^{-34}.
LCBut the proton mass, m_p, isn't fundamental. A proton isn't even a fundamental particle. That's why Vic thought the Planck mass was the only sensible candidate. And if a particles gets mass from the Higgs field, comparing it's mass to the Higg's mass is more the measure of the weak coupling between the Higgs field and the particle.
Brent
A well-covered essay you have there, Jason.
This almost goes to the essays by a few physicists which asks, "Are there any laws?"I would say yes, or perhaps evolving laws in an evolving cosmos? But I am not the astronomer or physicist.
"The top down approach we have described leads to a profoundly different view of cosmology, and the relation between cause and effect. Top down cosmology is a framework in which one essentially traces the histories backwards, from a spacelike surface at the present time. The no boundary histories of the universe thus depend on what is being observed, contrary to the usual idea that the universe has a unique, observer independent history. In some sense no boundary initial conditions represent a sum over all possible initial states."
-- Stephen Hawking and Thomas Hertog in “Populating the landscape: A top-down approach” (2006)
"It is an attempt to explain the Goldilocks factor by appealing to cosmic self-consistency: the bio-friendly universe explains life even as life explains the bio-friendly universe. […] Cosmic bio-friendliness is therefore the result of a sort of quantum post-selection effect extended to the very laws of physics themselves."
-- Paul Davies in “The flexi-laws of physics” (2007)
[Philip Benjamin]
No laws no physics. laws, no chemistry, no biology, no logic, no scince, no business, no government, no language—no nothing!! Yes, even nothing has laws!!! Matter and energy are all governed by laws. Laws of physics and chemistry govern the properties of matter. If Dark-Matter is real, then it also MUST be governed by LAWS—immutable LAWS. Laws cannot precede analytical intelligence. Intelligence, which is an integral part of Personhood. Only a Person can be a Lawgiver. An amorphous glob of SOMETHING is not Personhood. This is also he issue of aseity. What is more rational—dead matter giving (trans-speciating) LIFE, or is it ETERNAL LIFE producing dead matter and life forms? WAMP-the-Ingrate and other Marxist pagans are groping in incognito territory, of outer darkness!!
Philip Benjamin
Non-Conformist
From: everyth...@googlegroups.com <everyth...@googlegroups.com>
On Behalf Of Jason Resch
Sent: Tuesday, December 27, 2022 11:26 PM
To: everyth...@googlegroups.com
Subject: Re: Physics? Ok Astronomers view 2 distant Water Worlds so following the physics I ask..
On Tue, Dec 27, 2022 at 4:52 PM <spudb...@aol.com> wrote:
A well-covered essay you have there, Jason.
Thank you!
This almost goes to the essays by a few physicists which asks, "Are there any laws?"
I would say yes, or perhaps evolving laws in an evolving cosmos? But I am not the astronomer or physicist.
I am quite partial to some of the ideas that the laws, as we see them, have much to do with the kind of observers we happen to be. I have collected numerous quotes from physicists who have thought along these lines here:
and here:
Here are a couple examples:
"The top down approach we have described leads to a profoundly different view of cosmology, and the relation between cause and effect. Top down cosmology is a framework in which one essentially traces the histories backwards, from a spacelike surface at the present time. The no boundary histories of the universe thus depend on what is being observed, contrary to the usual idea that the universe has a unique, observer independent history. In some sense no boundary initial conditions represent a sum over all possible initial states."
-- Stephen Hawking and Thomas Hertog in “Populating the landscape: A top-down approach” (2006)
"It is an attempt to explain the Goldilocks factor by appealing to cosmic self-consistency: the bio-friendly universe explains life even as life explains the bio-friendly universe. […] Cosmic bio-friendliness is therefore the result of a sort of quantum post-selection effect extended to the very laws of physics themselves."
-- Paul Davies in “The flexi-laws of physics” (2007)
Jason
.
everyth...@googlegroups.com Subject: RE: Physics? Ok Astronomers view 2 distant Water Worlds so following the physics I ask..
[Philip Benjamin]
No laws no physics. No laws, no chemistry, no biology, no logic, no scince, no business, no government, no language—no nothing!! Yes, even nothing has laws!!! Matter and energy are all governed by laws. Laws of physics and chemistry govern the properties of matter. If Dark-Matter is real, then it also MUST be governed by LAWS—immutable LAWS. Laws cannot precede analytical intelligence. Intelligence is an integral part of Personhood. Only a Person can be a Lawgiver. An amorphous glob of SOMETHING is not Personhood. This is also the issue of aseity. What is more rational—dead matter giving (trans-speciating) LIFE, or is it ETERNAL LIFE producing dead matter and life forms? WAMP-the-Ingrate and other Marxist pagans are groping in incognito territory, of outer darkness!!
Philip Benjamin
Non-Conformist
From:
everyth...@googlegroups.com <everyth...@googlegroups.com>
On Behalf Of Jason Resch
Sent: Tuesday, December 27, 2022 11:26 PM
To: everyth...@googlegroups.com
Subject: Re: Physics? Ok Astronomers view 2 distant Water Worlds so following the physics I ask..
On 28-Dec-2022, at 8:46 PM, Philip Benjamin <medin...@hotmail.com> wrote:
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Of course one reason there are "laws of physics" is what my late friend Vic Stenger called Point Of View Invariance. This was his generalization of Emmy Noether's theorem that showed every symmetry implied a conservation law.
So momentum is conserved because we want any law of physics to be invariant under translation of a different location. Energy is conserved because we want the laws of physics to be the same at different times, etc.
Bruce
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On 12/28/2022 9:01 PM, Bruce Kellett wrote:
On Thu, Dec 29, 2022 at 3:29 PM Brent Meeker <meeke...@gmail.com> wrote:
Of course one reason there are "laws of physics" is what my late friend Vic Stenger called Point Of View Invariance. This was his generalization of Emmy Noether's theorem that showed every symmetry implied a conservation law.
That is not strictly true. It is only continuous symmetries of the Lagrangian that imply conservation laws -- not all symmetries. For example, the symmetries of a square under rotation and reflection do not generate any conservation laws. Neither do discrete symmetries like parity and charge conjugation.
So momentum is conserved because we want any law of physics to be invariant under translation of a different location. Energy is conserved because we want the laws of physics to be the same at different times, etc.
It is not what we want, it is what we find. We find that nature is invariant under these continuous transformations, so we build those symmetries into our laws.
Vic called in POVI because he wanted to extend it to transformations in abstract spaces, e.g. gauge invariance. Of course the invariance depends on the "point of view" in a sense. Things didn't look at all space translation invariant to Aristotle. Galileo said ignore that your ship is moving along the shore, just look at the dynamics in the cabin. So we discovered these symmetries by learning what ignore as well as what to measure.
Energy is conserved because we want the laws of physics to be the same at different times,
This begins to look a bit similar to the debate over whether mathematics is objectively real or something invented. Emmy Noether gave consideration to that boundary term we usually discard when deriving the Euler-Lagrange formula to show that a symmetry was involved with this term. This symmetry and that this boundary term is zero meant a conservation law. A law of physics considered as such is something associated with covariant and invariant properties of space, spacetime or an abstract space under some set of transformations. Is this principle, a law of laws should we say, something that is discovered or is some objective aspect of a mathematical reality?
The type D, II, III and N solutions, black holes = D and gravitational waves = N, are vacuum solutions with the Weyl tensor C_{abcd} that wholly determines the curvature. The Weyl curvature is an operator on Killing vectors, such that Killing vectors are eigenvalued with the Weyl curvature C_{abcd}K^bK^d = λK_aK_c. The type N solutions have Killing vectors that have zero eigenvalue C_{abcd}K^d = 0. Type III spacetimes have λ = 0 and type II and D have nontrivial eigenvalues that are unequal for C_{abcd} and *C_{abcd}, for * the Hodge dual with C_{abcd}K^bK^d = λK_aK_c and *C_{abcd}K^bK^d = λ’K_aK_c for λ ≠ λ’ and λλ ≠ 0. These Killing vectors define symmetries and thus conservation laws. A timelike Killing vector defines conservation of energy, a spacelike Killing vector defines conservation of momentum, and a Killing bi-vector or one derived from such defines conservation of angular momentum. That is a total of 1 + 3 + 6 = 10 Killing vectors. These eigenvalued equations should make one think of the Schrodinger equation. Indeed for a timelike Killing vector K_t = √(g_{tt})∂_t so that this gives a general wave equation HΨ[g] = iK_t∂Ψ[g]/∂t, which for g_{tt} = 1 is the Schrodinger equation. The ADM approach to general relativity give NH = 0 and the Wheeler-deWitt equation HΨ[g] = 0. General relativity does not automatically define conservation laws. Conservation laws only occur with certain symmetries of spacetime. This often occurs where there is an ADM mass defined by an asymptotic condition of flatness or some other spacetime with constant curvature at a distance.
Conservation laws appear as asymptotic or boundary terms. The AdS/CFT correspondence of Maldacena shows that a nonlocal quantum gravity theory corresponds to a local conformal field theory on the conformal boundary of the anti-de Sitter spacetime. The anti-de Sitter (AdS) spacetime has constant negative curvature. This is a negative vacuum energy, where this has some correspondence with string theory, such as the type I string theory has a negative energy vacuum and its first excited state is a negative energy state. The AdS_4 has a correspondence with black hole physics. The AdS spacetime is not the spacetime of the observable universe. It is though in line with the theory of Emmy Noether, also work by Hurzebruch, and even the old Gauss-Bonnet theory.
Physical spacetime is more similar to de Sitter spacetime, and is the Friedmann-Lemaitre-Robertson-Walker spacetime with positive energy. This means curvature is positive, which involves how space is embedded in spacetime, and this does not have conservation laws. If that space is a sphere S^3 the constant vacuum energy on this space grows with the evolution of this space and volume growth. This is one reason that people tend to prefer the flat space model, where vacuum energy is net "infinity" and remains so. However, there is nothing to prevent vacuum energy density from changing. The phantom energy model leading to a big rip of the cosmos is possible, and the curious discrepancy between CMB and SNII data, with the Hubble constant H = 70km/sec-Mpc and H = 74km/sec-Mpc respectively, appears to resist analysis meant to show it is zero. If the phantom energy model should be realized then conservation of energy, even with an infinite flat space, is gone.
The expansion of the universe also means we will not be able to observe much physics that could be called “pre-cosmic,” or the quantum gravitation of the pre-inflationary universe. Because of inflation and this 60-efolds of expansion, expansion by ~ 10^{29}, a Planck scale region was expanded from 10^{-33}cm to 10^{-4} cm. Since inflation began at 10^{30} sec in the early universe, any Planck scale fluctuation involved with the generation of the universe would have been 10^{-23}cm, and was expanded to 10^6 cm --- beyond the scale of the then observable universe ~ 10cm. After inflation the observable universe with a scale of ~ 10cm an possible Planck scale process was stretched by more normal expansion to 10^{10} light years, and might appear as some order anisotropy in the CMB. Using blackbody physics, these quanta would have been a tiny aspect of the early universe. These would be very difficult to find in the CMB. Beyond that, we cannot observe anything. Any pre-cosmic physics emerged from something smaller than the Planck scale and is expanded beyond any measurable scale on the CMB.
John Wheeler said that the ultimate law of physics is there is no law. We may then have something similar to this, where what we call the laws of physics are just local emergent pattern in the observable universe. At large the universe may simply have no conservation laws and ultimate there are globally no physical laws.
LC
Hence, the plausibility of the causality of Smolin's Autodidactic Universe.
Slum-dunk? No, there is only more research to be funded to search for what can be detected.
For this peasant? A great working theory.
> From what I know of observations and measurements there has been no recorded evidence of the laws of physics changing.
Yep, I get ya. However this is Smolin and he could be way wrong, but I have looked for and seen no retractions, alterations, etc. Does this make it factual then? No, it's on the team that did the work to convince others.
Could it be wrong? Yeah sure. Is it serious? Well, they took cash from Microsoft to do all this.
I like it, but then I like steady state, and like the multiverse, and one big universe, and have no preference. I just work here, change the lights, make sure the toilets flush, etc. I do cherry-pick interesting & hopeful things in the news and science especially. On the other hand, you write the physics papers LC, you get to choose what's valid?
Will AI ever come to the rescue or is there some unanticipated physical limit on humanity's part?
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> Will AI ever come to the rescue or is there some unanticipated physical limit on humanity's part?
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>> we have never seen even a hint of ET or his engineering and there are only 2 viable explanations for that:1) For some unknown reason life is unable to make a significant impact on the universe.2) The observable universe is finite so somebody has to be the first, and we are it.
> Or 3) No industrialized civilization lasts very long.
On 08-Jan-2023, at 5:38 AM, spudboy100 via Everything List <everyth...@googlegroups.com> wrote:
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On Sat, Jan 7, 2023 at 1:13 AM Brent Meeker <meeke...@gmail.com> wrote:
>> we have never seen even a hint of ET or his engineering and there are only 2 viable explanations for that:1) For some unknown reason life is unable to make a significant impact on the universe.
2) The observable universe is finite so somebody has to be the first, and we are it.> Or 3) No industrialized civilization lasts very long.That's just part of #1, it's a proposed reason why life cannot make a significant impact on the universe, and it doesn't explain why no industrial civilization lasts very long. Most of the explanations for the ephemeral nature of intelligence that I've heard, like war or environmental change, are not very convincing;
the only one that seems a little more plausible is drug abuse by beings that operate according to the laws of chemistry or electronic abuse by beings that operate according to the laws of electronics.
If that's true then civilizations don't die in a bang or even in a whimper of pain but in a moan of pleasure. I'm still hoping reason #2 is why we've seen no sign of ET.
8gn
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>> Most of the explanations for the ephemeral nature of intelligence that I've heard, like war or environmental change, are not very convincing;
> Why is environmental change not convincing.
> Even if human civilization continues another million years how do you imagine us making a significant impact on the universe? Von Neumann machines?
> It's certainly not inevitable that enough people will ever care to build one.
>> the only one that seems a little more plausible is drug abuse by beings that operate according to the laws of chemistry or electronic abuse by beings that operate according to the laws of electronics.
> Or developing artificial digital environments to the level that people will explore all possible worlds without leaving this one.
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