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Speed of Gravity


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That's a very interesting question.

It was predicted by Einstein that gravitational waves travel at the speed of light. However, this did not hold up to observed data. Evidence supporting this was found by Joseph Taylor, who won the 1994 Nobel prize for his work.

How can a black hole have gravity if the escape speed is greater than c? The typical answer for this is that the gravitational field is frozen; however this has been proven to be wrong as gravitational fields must be continually regenerated, not to mention the problems that arise with binary black holes. It also must be considered that gravitational waves show no abberation, and for this to happen gravitational propagation must greatly exceed light. Classical mechanics hold the speed of gravity to be infinite, but the indicates a static field, which has been refuted.

In conclusion, Taylor's experiment with a binary pulsar system concluded that the speed of gravity is >= 2x10^10 times the speed of light. As it turns out, this is not a true violation of the theory of relativity; at least not any more than general relativity violates Newtonian gravity. It is also in accord with Lorentzian relativity, which has not been demonstrated to be wrong. All experiments conducted have all arrived at the conclusion that the propagation speed of gravity greatly exceeds c. Special relativity explains gravity as a function of a curvature in space-time; hence does not propagate in the same way things such as light does- but this is disproven by the binary black hole issue; how their fields could continually update with masses hidden by their event horizons, and this is only explained by gravity being a propagated force with a velocity exceeding c (the escape velocity of a black hole).

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If you consider the idea of the big bang particle with all of its energy weaving the hologram of existance, visiting each point of space over and over to make the relative existance that appears to us. Then it must visit larger mass areas more often and empty space areas least. It decelerates and spins to make a virtual quark and accelerates and travels to make one on the other side of the universe. Criss crossing and by average time in any space the areas most visited would seem to have the most mass. The decelerations we perceive as gravity. The speeds could be near infinite. Inertia could be transformed into spin as the particle slows or back again to accelerate and if it could travel the universe over and over changing incrementally, we would perceive substance and gravity and the other forces around us.

Because there might be some substance to sentience that lets us observe the the effect that makes us, I think this is an arguable idea. Just for thought.

Just aman

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Newtonial and Relativity gravity concepts are fatally floored for many reasons.

 

The speed of gravity is just one, and unless the speed is enourmous, calculation of the position of stellar is incorrect.

 

Spin gravity overcomes all the objections to the above mentioned gravity theories >:)

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