Hubble’s Constant and time

At the moment the world’s greatest theorists are trying to figure out why the Universe accelerates as it expands. Here is my reason, because it has to, not because of dark energy but because of the paradoxes that form if it doesn’t.

Remember Hubble’s equation V=dH or Velocity= Distance x Hubble’s Constant? It has some very interesting implications if another constant such as the speed of light is stuck into the equation. If c, the speed of light, is the velocity then for distance we have a finite length that light could never cross, however it might be possible to find a galaxy of sentient life in between that could see both us and the stuff that we can’t see because of the speed of light. That would be a pretty convenient violation of relativity and the Hubble’s Constant. There is a way to avoid this paradox completely, and that is to allow space and velocity to exponentiate over time, example distance gets bigger because of velocity and time and because the distance is bigger the velocity is bigger. Where it goes from there and how it prevents the paradox becomes obvious. However math is needed to define this effect.
A=B(2 to t/D)
A = the distance or velocity after the time has passed
B = the distance or velocity before the time has passed
t = time
D = the Duration Constant the result of taking the distance part of the Hubble’s Constant and dividing it by the velocity part of H. In other terms D is the time it takes for the distance or velocity to double. This is about 83,370,880 years.
Daniel Hall


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