posted at 11/19/09 - 10:54 AM
syllverxi: Thanks for your excellent comments. We agree that we must accept nature as the facts dictate. Our issues seem to deal with the interpretation of the facts.
Covering your subjects one at a time, I'll start with the distant binary star system. In both my theory and in Relativity theory, the speed of light is not affected by the speed of either star. In both theories, the wavelength and frequency is different for the two stars. I say that light velocity is governed by the velocity of the ether, which is the same for both binary stars relative to Earth or to any other single frame of reference.
Second, the Cosmic Microwave Background (CMB) measurements show that it is moving toward Earth at about 370 km/sec from the direction of the constellation Leo. Assuming that the CMB is stationary in the universe, Earth is therefore moving through the universe toward Leo at this velocity. If there is an ether and if it is stationary in the universe, then Earth is moving through the ether at 370 km/sec toward Leo. I say that the ether compresses and therefore slows down to the 8 km/sec or so measured by Michelson, Morley and Miller.
Dayton Miller's papers were written in 1928 and 1933, more than 2 decades after science rounded off the Michelson-Morley results of a few km/sec to zero and pronounced Relativity true.
Third, in my Newtonian/Galilean/Miller model, a small spacecraft going 0.8c inside a big spacecraft going 0.8c would be going 1.6c in our frame of reference, 0.8c in the big spacecraft frame of reference, and it would be stationary in its own frame of reference. You should of course question this model of nature until you find facts to change your mind. I feel that I have found facts to change my mind from Relativity back to Newton, Galileo, and Dayton Miller.
Fourth, there are things going faster than light. For example, in a double-star system, gravity has to propagate from one star to another virtually instantly to keep the system stable. If gravity spread at only the speed of light, for example, each star would feel gravity from an earlier position of the other star, causing each star to accelerate out of the system. Since the universe is full of binary stars, they cannot be flying apart.
If you read my book, you are among the few people who will recognize an error with my discussion of the muon experiment, in which I incorrectly assumed that the experiment involved muon neutrinos. This is being revised at the printer now.
I still owe you thoughts about Relativistic velocity addition in the train experiment.
Thanks again for your thoughts on these issues.