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Discrete Fractal Scaling for Gravitaton?
Since Uncle Al's silence tells us something important but leaves a physics question unanswered, I will complete the discussion myself. (1) The value of the gravitational coupling factor G' has never been measured within an Atomic Scale system. (2) Virtually every physicist will tell you he/she is 100% certain that G = 6.67 x 10^-8 cgs applies within Atomic Scale systems and everywhere else in the Universe. (3) Given (1), is (2) viable? Definitely not! Assumption (2) is pure speculation, and indicates an unscientific attitude. (4) Are there alternatives to (2)? Yes! And at least one very natural and promising new paradigm. It is called Discrete Scale Relativity and you can explore this completely different understanding of nature at www.amherst.edu/~rloldershaw . (5) So what does Discrete Scale Relativity offer to make the time spent studying it worthwhile? (a) Explains the meaning of Planck's constant. (b) Explains the meaning of the fine structure constant. (c) Retrodicts the correct radius for the hydrogen atom. (d) First correct Gravitational Bohr Radius. (e) Correct radius of the proton. (f) Correct mass of the proton with Kerr-Newman solution of GR+EM. (g) Resolution of the Vacuum Energy Density Crisis. (h) Correct range of galactic radii. (i) Correct galactic spin periods. (j) Correct binding energy for H atom. (k) Much improved Planck Scale that is self-consistent and sensible. Yours in science, RLO http://independent.academia.edu/RobertLOldershaw |
#2
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Discrete Fractal Scaling for Gravitaton?
Knecht wrote:
Since Uncle Al's silence tells us something important but leaves a physics question unanswered, I will complete the discussion myself. (1) The value of the gravitational coupling factor G' has never been measured within an Atomic Scale system. True. The gravitational force is very, very difficult to measure as it is so small, and it is utterly swamped by the electromagnetic forces between the particles comprising an atom. (2) Virtually every physicist will tell you he/she is 100% certain that G = 6.67 x 10^-8 cgs applies within Atomic Scale systems and everywhere else in the Universe. False. Perhaps you've been polling the wrong physicists. There is quite a bit of ongoing research looking at trying to measure the gravitational force at short distances. One line of thought is that if there are extra dimensions (beyond 3 spatial dimensions) that happen to be "curled up", some of the gravitational field will be "lost" to our 3D world, resulting in the observed relative weakness of the gravitational field as compared to the other forces. It should then behave in a manner other than inverse square at very close ranges. |
#3
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Discrete Fractal Scaling for Gravitaton?
On Aug 8, 6:40*pm, "Greg Neill" wrote:
True. *The gravitational force is very, very difficult to measure as it is so small, and it is utterly swamped by the electromagnetic forces between the particles comprising an atom. A nice example of someone blindly assuming that gravitation is "weak" within an atom, when in fact we have no scientific knowledge of its strength or "weakness". You might want to look at: http://independent.academia.edu/Robe.../Papers#d84954 False. *Perhaps you've been polling the wrong physicists. There is quite a bit of ongoing research looking at trying to measure the gravitational force at short distances. Very Important: gravitation is not a "force" and the issue is not measuring G at ever-smaller length scale resolution. Rather the issue is measuring G inside an atom [which can be relatively "large" in case of Rydberg atoms], as opposed to measuring G in interactions external to Atomic Scale systems. One line of thought is that if there are extra dimensions (beyond 3 spatial dimensions) that happen to be "curled up", some of the gravitational field will be "lost" to our 3D world, resulting in the observed relative weakness of the gravitational field as compared to the other forces. *It should then behave in a manner other than inverse square at very close ranges. Again, you assume that the unjustified Assumption (2) is unquestionally valid, even in the absence of any scientific support. What does it take to get humans to question their faith-based assumptions? Yours in science, RLO www.amherst.edu/~rloldershaw |
#4
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Discrete Fractal Scaling for Gravitaton?
Robert L. Oldershaw wrote:
On Aug 8, 6:40 pm, "Greg Neill" wrote: True. The gravitational force is very, very difficult to measure as it is so small, and it is utterly swamped by the electromagnetic forces between the particles comprising an atom. A nice example of someone blindly assuming that gravitation is "weak" within an atom, when in fact we have no scientific knowledge of its strength or "weakness". You might want to look at: http://independent.academia.edu/Robe.../Papers#d84954 Silly. There is currently no evidence of anomalistic departure from strict inverse square behaviour for gravitation at any small scale. Granted, absence of evidence is not evidence of absence, but until it's observed it is not fact. False. Perhaps you've been polling the wrong physicists. There is quite a bit of ongoing research looking at trying to measure the gravitational force at short distances. Very Important: gravitation is not a "force" and the issue is not measuring G at ever-smaller length scale resolution. Rather the issue is measuring G inside an atom [which can be relatively "large" in case of Rydberg atoms], as opposed to measuring G in interactions external to Atomic Scale systems. Obfuscation is not relevant. Gravity manifests as an observable force between masses. In one sentence you say that gravity is not a force, yet in the next you you claim that the issue is measuring G, which is a force coupling constant. Methinks you are had waving with unsusual gusto. One line of thought is that if there are extra dimensions (beyond 3 spatial dimensions) that happen to be "curled up", some of the gravitational field will be "lost" to our 3D world, resulting in the observed relative weakness of the gravitational field as compared to the other forces. It should then behave in a manner other than inverse square at very close ranges. Again, you assume that the unjustified Assumption (2) is unquestionally valid, even in the absence of any scientific support. What does it take to get humans to question their faith-based assumptions? Are you now claiming not to be human? |
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Discrete Fractal Scaling for Gravitaton?
On Aug 8, 11:05*pm, "Greg Neill" wrote:
Obfuscation is not relevant. *Gravity manifests as an observable force between masses. *In one sentence you say that gravity is not a force, yet in the next you you claim that the issue is measuring G, which is a force coupling constant. *Methinks you are had waving with unsusual gusto. -------------------------------------------------------------- Have you ever heard of General Relativity. It is our best theory of gravitation and one of mankind's proudest achievements. It says that gravitation is not a ghostly "force" between objects but rather an interaction between spacetime geometry and matter. Worth learning about! ------------------------------------------------------------------- Are you now claiming not to be human? -------------------------------------------------------------- No! Yours in science, RLO www.amherst.edu/~rloldershaw |
#6
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Discrete Fractal Scaling for Gravitaton?
"Robert L. Oldershaw" wrote in message ... On Aug 8, 11:05 pm, "Greg Neill" wrote: Obfuscation is not relevant. Gravity manifests as an observable force between masses. In one sentence you say that gravity is not a force, yet in the next you you claim that the issue is measuring G, which is a force coupling constant. Methinks you are had waving with unsusual gusto. -------------------------------------------------------------- Have you ever heard of General Relativity. It is our best theory of gravitation ============================================== Bull****. Prove it, you fraud. |
#7
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Discrete Fractal Scaling for Gravitation?
On Aug 9, 1:16*pm, "Androcles" wrote:
"Robert L. Oldershaw" wrote in ... On Aug 8, 11:05 pm, "Greg Neill" wrote: Obfuscation is not relevant. Gravity manifests as an observable force between masses. In one sentence you say that gravity is not a force, yet in the next you you claim that the issue is measuring G, which is a force coupling constant. Methinks you are had waving with unsusual gusto. -------------------------------------------------------------- Have you ever heard of General Relativity. It is our best theory of gravitation ============================================== Bull****. Prove it, you fraud. __________________________________________________ I prefer to let the anti-relativists tread water alone in their vast ignorance. I feel pity for them, and hold out some hope that they will evolve into a more intelligent species. Yours in science, RLO |
#8
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Discrete Fractal Scaling for Gravitation?
"Robert L. Oldershaw" wrote in message ... On Aug 9, 1:16 pm, "Androcles" wrote: "Robert L. Oldershaw" wrote in ... On Aug 8, 11:05 pm, "Greg Neill" wrote: Obfuscation is not relevant. Gravity manifests as an observable force between masses. In one sentence you say that gravity is not a force, yet in the next you you claim that the issue is measuring G, which is a force coupling constant. Methinks you are had waving with unsusual gusto. -------------------------------------------------------------- Have you ever heard of General Relativity. It is our best theory of gravitation ============================================== Bull****. Prove it, you fraud. __________________________________________________ I prefer to let the anti-relativists tread water alone in their vast ignorance. ============================================= So you prove you are a snob as well as a fraud, unable to defend your bull****. Well done, lying ignorant ****in' idiot. As the OP mistypes, Methinks you are hand-waving with usual gusto. |
#9
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Discrete Fractal Scaling for Gravitation?
On Aug 9, 8:50*pm, "Androcles" wrote:
"Robert L. Oldershaw" wrote in messagenews:46a8bd0a-af41-4f2d-9b77- I prefer to let the anti-relativists tread water alone in their vast ignorance. ============================================= Thanks for your thoughts. RLO www.amherst.edu/~rloldershaw |
#10
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Discrete Fractal Scaling for Gravitation?
"Robert L. Oldershaw" wrote in message ... On Aug 9, 8:50 pm, "Androcles" wrote: So you prove you are a snob as well as a fraud, unable to defend your bull****. Well done, lying ignorant ****in' snipping head-up-your-arse idiot. As the OP mistypes, Methinks you are hand-waving with usual gusto. |
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