Energy Conservation, Cosmic Mass Energy and High Speed Motion

Here want to recap first from my other posts and say that one reason LIGO seems seems incomplete about the speed of gravity to me and general relativity is incomplete because it's only one piece of evidence and Einstein's basis of his prediction for the change in the shift of the perihelion of mercury or the bending of starlight are all based on changes in speed, but his theoretical basis was that all masses fall at the same rate.

Gravity has a problem about causality if you have a pond and the waves start at the outside and then move inward towards the rock in a time reversed method that gravity would need if by Ligo the gravity is actually radiating outward by sensors. I hold that this is going to be solved by Ligo actually having found the speed of inertia or centrifugal force so important to special relativity which would radiate out.

My belief is that while this is evidence that inertia travels at the speed of light by LIGO to explain how gravity actually radiates inward I think it's possible that the classical electromagnetic field lines actually radiate out as found by LIGO and lays down tracks the gravity then follows back inward to the source gravity being much lower energy and much higher speed than like inertia or centrifugal force.

 

This also solves the problem of a changing speed and wavelength for the overlapping field of gravity. Otherwise from the acceleration the gravity waves would be incoherent unless they were moving back and forth in a zigzag inside the inertial or electromagnetic field lines on both sides and keeping them also from kinking up or breaking.

So I believe gravity is much faster than light by my use of Maxwell's method where he predicted the speed of light itself based on the resilience of the field.. more snapback gives higher or lower speed. (Gravity being the opposite of inertia like centrifugal force would radiate inward to one center as inertia would radiate out to many events and so as the snapback decreases its speed would increase unlike the speed of light itself.)

So due to causality and the truth that the speed of light is constant while gravity is an acceleration, this has led me to believe that what Ligo has measured is only something associated with gravity and not gravity itself. Certainly inertia has something to do with gravity but only a loose association and not a complete formulation like Einstein thought he had found the day that the man fall off the roof in Berlin and said he didn't feel any change as he fell. At this moment Einstein said it was the best day of his life because he'd realized he thought that as Maxwell had unified electricity and magnetism and so too gravity and inertia could be made to fit... but I would hold that since inertia is mostly not quantum and gravity being much less so because when you plug in the equations for quantum mechanics you get infinities for gravity, you can't force gravity to fit like the more quantized electromagnetic equivalence of Maxwell.

Gravity and inertia are something other than electromagnetic fields or we'd have quantum numbers for gravity and shielding. Inertia is more unlike heavy quanta and gravity may be more unlike inertia yet.

Relativity and How it would Change the Mass of the Universe and also Violate Cosmic Energy Conservation if True..

If we say that a high speed observer is equivalent to an observer at rest like the universe we might say that also high speed observers could change the mass of the universe and this would violate energy conservation and also we would have many different masses for the stuff around us.

  But if we say that the high speed observer is actually gaining their mass from the field locally to them and that the universe's frame of reference is actually more valid than that of the high speed observer or observers of different speeds, we can see why the cosmic mass is not changing all the time according to Special Relativity. One problem with the twin paradox is that the high speed twin would have a different age than the twin that hasn't traveled as far and stays on the Earth... I hold that the mass energy equivalence of Special Relativity is actually more like an energy energy equivalence because the supposed change in mass is more like an actual increase in the energy by way of interaction with motion of the field. Since mass actually is more important to the universe than energy because as I say heavier quanta like fermions would have the phase change inside and spin faster than the speed of light to give them their rest mass and distinction in rest mass that relativity can't explain and also because one or the other is going to be truer than the other by the way of science and mass and energy can't be equally valid so the universe's frame of reference is more valid, you don't have a whole lot of different masses for the universe depending on the motion of the high speed observer.

I also believe that the heavy quanta also have a phase change that keeps the field lines of gravity from going inside and getting stronger so we don't have shielding because gravity has a sort of invisibility cloak that wraps around the outside of the heavy quanta sort of like paramagnetism or other certain shields that have been devised by engineers.

So not only are the quanta separate and violating relativity by being spinning inside faster than the speed of light but they also are maintaining something internal that's not relative to the observer.

This was what Einstein thought about the quanta and how just to observe is not to measure. My belief is that because of the phase change in line removal the quanta like fermions act like small gyroscopes that stabilize what relativity would otherwise not allow.. the universe's frame of reference is more valid in this respect and doesn't change its mass because of both line removal and the change of phase that allows the fermions to spin faster than light inside.  If mass is spinning energy this faster than light spin would also be where the proton gets 97% of its mass that can't be accounted for by way of the quanta.

The problem about relativistic mass augment of the quanta would be solved because the line removal may limit interaction with the external field to gain that energy from and also the phase change.

Above all else about special relativity Einstein believed that the only thing that determines what happens in special relativity is the connection by way of the light. But if we allow a simple phase change and reduced interaction with the rest of the field as with gravity going between the inertial field lines this is no problem.

About the reversal of time supposed to be possible by some this will be be just as an airplane going faster than the sound doesn't make it so that the sound waves reverse in time to reach us faster.. this without reversal of time has never been proven and is not a guarantee of relativity.

Indeed if space and time are unified and you went backwards through space you'll go backwards through time and this is more evidence that relativity is unfinished..

Because the movie of the motion of the high speed observer is only changed in its speed of playback by relativity and not the events themselves and because the light is relatively slow in its connection over great distances and the gravity is indeed lower energy we can see that while energy or time change for the electromagnetic fields about the speed of light and relativity, the cosmos with its greater mass has a more valid frame of reference and attracts by way of the gravity more than relativity would allow.

The relativistic changes are small and not with much connection while the universe changes not much in the spin of its heavy quanta because the mass component of the quanta would spin at faster than light with little influence by the motion of the high speed observers and would be more essential.

Time being caused mostly by the spin of heavy quanta like small clocks and the relativity of electromagnetic fields over great distances would not really connect up well and the gravity and mass waves of the heavy quantum ultimately would win out.. this would be because the much higher speed of the matter waves that gives the quanta of their mass would actually be more fundamental with more distance because they also connect everything up unlike the quanta of light which Einstein thought of as fundamental to special relativity.

Mass is more fundamental than energy even while both are obviously important and the universe in general has more mass than a small energy observer at high speed and so the universal frame of reference tends to be more valid.

While Einstein repeatedly says the Doppler shift is important to special relativity which is about waves, mostly he says that light is a particle uninfluenced from emission to absorption unlike waves and so light has a constant speed and so doesn't connect like waves of low energy like the matter waves or gravity. By relativity the light isn't being influenced or changed as it travels and "it carries itself". The gravity would change both speed and wavelength and so it's interacting with its own wave as it travels to give the acceleration of gravity that relatively doesn't allow because it's mostly about uniform motion and the constant speed of light and inertial frames. This also would violate energy conservation because without a connection between the distant observers by the "slow" speed of light energy would radiate out and be being lost to the universe.

Tesla believed that large masses like galaxies couldn't hold together by a "slow" speed of light. Because of the separate times of relativity where you can't know what's before after at a star like Alpha Centauri for like four years while light travels back from here to there this essentially means there is no causal connection other than a loose connection between here and more distant events. That is to say the points will become more and more separate by random internal motion with time and this would seem to be solved only if gravity can connect them up by a faster than light connection.