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....Since protons and other heavy particles aren't radiating out much energy of the earth if the strong force is 137 times as strong as the electromagnetic field, why is the value of the speed of tunneling by experiment Chin found just 1.2 times the speed of light not 137 times this speed? (Here's why I think Chin may have found proof of faster than light, my physics synopses page, with about 8 or more proofs in favor of Faster than Light, plus how to prove GWD my General Wave Dynamics causology) By F=ma, the more general form of E=mc2 which would apply to all forces and relativity including both gravity and the strong force, this is about linear motion of the lower energy fields (about gravity) and since angular motion is nonlinear, and the opposite, with increased mass density like the value 137, it would seem to go 137 times as fast in angular motion, but Chin's tunnelling speed is slower. There would be this strong force field spinning around much faster than the electric charges, which would just be somewhat lighter and with the fractional charges (a charge of 1/2 would spin at twice the speed of light and a charge of 1/3 could spin around at 3x the speed of light, with these values averaged out to the speed Chin found, you lighten up to travel faster by F=ma).. With the relative motion between the faster strong field (at 137 times the speed of light) and the fractional charges (at 1.2x the speed of light or so) the relative speed of these two waves, the strong force and the fractional electric charges would be large so it would seem there would be much radiation emitted from the earth when the strong force with continual flexing of the slower electric charges. A possible explanation might be about efficiency. There are two sets of two forces in physics. If gravity is like the strong force, as electromagnetism has already been likened to the weak force in the Electroweak theory, by our general savvy about gravity we may see more about why this is true of the strong force than otherwise, so some general conclusions might be drawn. (Gravity can be unified in general with the strong force because both gravity and the strong force are only attractive and longer range than the shorter range centrifugal expansive contact (electromagnetic and weak) forces that stop otherwise indefinite implosion.) Einstein thought gravity waves moved at the speed of light, I believe because it's lighter it may move at much faster than light by F=ma, the density of the gravity m is much lower and you lighten up to travel faster. If either faster than light or just the slower speed Einstein predicted, gravity is much faster as it flows through us than our usual motion of mass at 32 ft. I think this may be explained by inefficiency, certainly there must be extra left over gravity more than entropy to hold the cosmos together so it wouldn't radiate out over infinite time and not violate energy conservation, thus the gravity would flow through us inefficiently with a good bit of extra field flowing without interaction with the mass it flows around, and if the strong force in general outline is like gravity it could also flow past the electric charges of the hadrons as they would spin around without much actual interaction other than just enough to make them go at the predicted speed of my causeology of GWD and lighten up their charges just this much. The strong force can't just implode indefinitely or infinitely, it's implosion must be stopped by some force but not electromagnetism, it's too weak, and the strong force is only implosive, this is why I've often said the real source of the outward expansion of radioactivity and nuclear power isn't the strong force (it's always implosive) rather it's the so called weak force. It's weak at long range, and by this explanation it would be stronger than even the strong force at the source of most mass of the baryon or meson. One good reason to believe the Weak Force is actually strong is because Weak interactions are much faster than electromagnetic reactions. If time is caused by angular momentum because all time is measured by periodic fluxuation and the Weak force is faster, by conservation of angular momentum it spins faster at least "inside". By Relativity the weak interactions could be no faster than electromagnetic interactions at the speed of light. If they are stronger the Weak Interactions may be both faster than light and stronger than all other force. Another good reason to believe the Weak Interaction is strong before renormalization is the neutrino, it's so light and feeble only weak interactions are strong enough to create them. By the electroweak theory the Weak Force behaves much like the electromagnetic force; like this force it has two fermionic charges and a bosonic mediating charge, like plus and minus electric charges and light, respectively. Most importantly, by the electroweak theory it's a contact force that generates friction and does work when squeezed by the strong force, this is how radioactivity is via the longer range only attractive strong force and short range contact expansion of the weak force, like the gravity squeezing out the heat of the earth in the other main action reaction pair of physics. The fractional electric charges may be in their relativistic (inertial) rest frame and the strong force may be mostly inefficient like gravity through us, this would explain why the protons and neutrons may not emit lots of radiation and be radioactive even with faster than light spin allowed. (Usual probes being themselves made mostly of electricity wouldn't measure the faster than light motion of the strong force mostly either because like the electric charges, they wouldn't interact and just move at the speed of light or somewhat faster, at long range all the spins would add up to just the speed of light so relativity would hold up well at higher radii because the spin quantum numbers are much linked to the electric charge numbers).
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So there is the longer range electromagnetic shell of the heavy particle, the strong force that would zoom right past the electric charges without a lot of interaction, but with enough from the much faster than light more dense strong force than electromagnetism to cause a somewhat faster than light speed of the outside charges found by Chin's experiments and explaining the fractional electric charges, and the strong force mostly would implode to the short range (strongest of all) weak force and this reacts back out under pressure to power atomic reactions. The good news for the atomic motor may be that while the strong force or electron beams of larger radius may not strongly mix with the electric charges more than this, the weak force (being much stronger, what else) would interact strongly, powering higher energy events than electricity. And unlike the Strong Force, the Weak Force has more friction by the equivalence of the electromagnetic and Weak force in the Electroweak theory. A beam like the electron beam in the atomic motor deeper in than the outer radius of the strong or electric field wouldn't be accelerated there at the lower energy than the weak force to much faster than light (because of inefficient interaction of the strong force with the probe). The equivalent change of wavelength of the electron or other type of beam (the change of wavelength is an inner change in the speed of the particle, itself faster than light because often it's already at the speed of light so any change in speed must reach it at faster than light to change it internally) even if the input power beam has a change of wavelength to collect the useful power still may not be nearly as much of a change as that of interaction with the Weak charge at lower radii. Thus while the atomic motor may not be of much worth just to collect power from the outer inertial field of electric charges or even the strong field (there may be some power here, but just to changes in wavelength corresponding to just somewhat faster than light) it may well be of worth to bevel the ray inward to the most powerful realm of the field, which would interact with the power ray more strongly, and this would be because the weak particle would be a contact charge and even spin at much faster than light than the strong force. The speed of light may be a limit on the general density of fields by my general use of Maxwell's idea that the speed of light was exactly found based on the idea of a resilient medium, changing the density would change the speed. By relativity the strong force and the (stronger) weak force with more density than the speed of light are not allowed, more spinning density, like an ice skaters arms, causes faster spin. Gravity being a much lower power field would perhaps be much faster than the strong force by linear F=ma, you spin faster with more density but might move faster in linear motion with density on S Beach.
PHYSICS SYNOPSES Faster Than Light? GWD May be The Answer. Physics Links ATOMIC MOTOR
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posted by starship orion | 9:35 AM
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