Eirhead

An easy test for this theory would be to set a laser on a rail to measure it's distance to a stationary object. Measure once traveling towards it, and again traveling from it (with a spot on the track set to trigger the measurement so it's a constant. The instrumentation will have to either extremely precise or the speeds on the rail exceptionally high. Preferably a combination of the 2 for best results.

And the "speed" of it represents the warp in time over that distance. Light will always move at the "speed of light" relative to you. Hence I theorize you should be able to bend distances and time based on your relative motion. I dunno, there's probably nothing eye-popping here. Just wanted some confirmation :Glasses: Assuming I'm correct, the speed of light relative to an earthly observer should be somewhat easy to break with a powerplant on a spacecraft that can maintain a 10m/s² acceleration relative to earth for 1 year constantly.