-Galilean Invariance, and its violation by waves, is a critical concept to my hypothesis. I plan to exploit this phenomenon as a means to take Einstein’s Relativity beyond the speed of light. If I am successful in coming up with a new definition of absolute motion and simultaneity, time travel may be on the horizon.

-The idea of invariance involves a graphic (coordinates and axes) relationship between reference frames. These axes and coordinates are used as a mathematical means of representing reality. In any reference frame, waves exhibit their constant velocity nature.

-However which is more akin to the reality we spend our daily lives in, Einstein’s reality or Galileo’s reality? Both use reference frames and the idea that waves (sound and light) violate invariance; but which is closer to the truth?

-One day, as I was exploring the Echo formula, 2L = ct , I finally realized that the Earth drags a thin layer of atmosphere on its surface, like a golf ball, along with it as it hurtles through space. This causes the air / medium through which a sound travels to produce an Echo that may reverberate off a distant wall, and then return. While the earth is moving the air / medium is also moving with the same velocity (as well as any solid object affixed to the Earth).

-This scenario makes the formula 2L = ct always work; this is what I mean by invariance. No matter what reference frame you are in the laws of mechanics will yield the same answer even if the two observers are in different reference frames, witness different velocities and distances, but clock the same times for an object in motion. If I can devise an experiment which disengages the motion of the air from the motion of the object, then a different formula arises for an “Echo”.

-I pull this new formula for an Echo from the Michelson-Morley experiment and the single arm of the interferometer parallel to the objects motion. It involves the time for a wave traveling in one direction and being reflected back to its original starting point, in essence an echo.

-The formula for this transmitted wave and reflected wave (sound or light) is the following when the source and receiver (reflective object) are at rest relative to each other, but in motion, as a tandem, relative to the air / medium:

T = [L / (c-v)] + [L / (c+v)] = L {[1 / (c-v)] + [1 / (c+v)]} = [2Lc] / (c²-v²)

not t = 2L / c

-This new application of the M&M formula can be solved algebraically for the velocity, v, the absolute motion of the object.

http://en.wikipedia....lean_invariance