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E=mc^2
If the speed of light were different, then distant stars would either blow up at masses inconsistent with a constant c, or fail to even produce light. What we observe in distant stars is exactly the physics we see on earth with exactly the same speed of light.
No they wouldn't. If the speed of c was c+v one way and c-v the other, it would appear in the two way measurement as c. Don't try that Fairie Dust with me, don't try illogical statements and try to claim them as logic. The physics on earth requires the two-way measurement of light, just as it does from any place in the universe. You don't measure the speed of c from the star to you. You measure it after it passes one clock (in this frame) and reflects off of a mirror (in this frame) and back to the clock (which is still in "this" frame). It's two-way measurement. (c+ or -v) as it approaches the moving mirror and (c- or +v) as it leaves the mirror. The mirror nor clocks are NOT stationary, no matter how much you want it to be so in your pseudo-science of inertial frames in a universe undergoing increasing acceleration at all points in spacetime.
Spare me your claims, when you won't even accept the postulates of relativity that you claim to follow (give lip service to) when applied to an accelerating universe.
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