James R said:GMontag,
You are going over old ground with MacM. You're doing a great job, but I just thought I'd let you know I've already made all the same points earlier in the thread. I am no longer participating in this thread, since it is quite clear that MacM will never admit his many errors and inconsistencies. His arguments are circular or based on incorrect assumptions, both about "reality" and about the theory of relativity. He doesn't know what relativity predicts, can't begin to comprehend the relativity of simultaneity, and can't even be consistent with his own vaguely-Newtonian views.
Damn it James R., that is just flat false. You have presented nothing which
shows either the test is described or interpreted incorrectly. Yours is nothing more than an entrenched position unwilling to admit the obvious with a lot of hand waving and self promotion.
CHALLENGE: Lets take this one step at a time. Each step will be resolved before addressing anyother issues. OK?
STEP #1:
Case:
Three clocks A, B and C. All identical and calibrated together.
"A" is to be the at rest test control clock
"B" is to be a clock moving in space at 0.9c relative to clock "A".
"C" is to be a clock re-calibrated to run at a time dilated rate equivelent to the rate that "B" predicts Relativity will show for clock "A" due to the relative velocity between "A" and "B" and is also aboard the spaceship with "B".
The test will be for 10 hours "A,s" FOR.
Tick rate timers are precalibrated based on a precise acceleration schedule of "B" and "C" relative to "A" such that at the moment "B" and "C" have achieved 0.9 c relative velocity all three clocks are set to zero and start timing.
A second set of tick rate timers have been precalibrated based on assuming Relativity is valid, so as to shut down every clock physically, simultaneously, and in reality, in "A's" FOR at the end of the 10 hour test.
Any comments or changes you see needed in the test description?
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