TimeContinuum

Lolol Ya I thought it was better than wikipedia for that one specifically because it proposed more questions. Haha, just googling around while formulating my argument for my supporting facts. I cannot accept the dark matter / dark energy theory, as that sounds far more crackpot to me. The graph on the LLRE was released by NASA, and it was taken from the wikipedia entry on the topic. And I suppose you could argue atmospheric reflection for the fast photons. But that seems like a rather bad argument when you consider the volume of of photons captured at the <c< . If you want to argue accuracy, well it's NASA... I suppose they're not perfect. But whatever. I don't even care that much about the LLRE experiment. What I'm more concerned about, is in deep space, with something say like a relative rocket, can we exceed the speed of light relative to earth? I believe light speed travel would happen a little more like the Alcubierre Metric.

Alright, so I got the same beef with Einstein as Tesla did. Now don't get me wrong, I don't think relativity should be thrown out the window, it's great theory from a relativistic viewpoint. But I think once we begin to consider deep space travel, with near zero relativistic drag, I don't see why it can't be realized relative to Earth. Kind of like warp speed (PS That's a graph from a test where light goes faster than light). I believe the Pioneer Anomaly is better explained by breaking conservatively accepted science, and allowing the speed of light to be a variable! Similar to how you can solve E=mc² to be "c = sqrt( E / m )" when in deep space, where we are void of energy, solar winds, solar gravity, celestial bodies, the deep void that is outer space simply becomes a sort of light vacuum if you will and 3 degrees Kelvin becomes becomes nothing for any sort of advanced ion propulsion system. Even if you take the results from the Lunar Laser Ranging Experiment: you'll notice that photon response varied from near instantly! To around 2c. The average, mean and median equal'd c. Which is why it's such a great constant when viewed from our position in this solar system. And as far as I've investigated, no light speed experiments have been conducted on any deep space probes. I believe I have a solve for all of this, but rather than get into a debate about my "crack-pottery science" I'd like an honest debate about light-speed, constant or variable and is it a limit?