russ_watters
The thing that boggles my mind is that if you KNOW that the methodology behind your ideas (and thus the ideas themselves) is considered by scientists to be scientifically flawed, why do you not attempt to FIX your methodology?
Is this not precisely what I am attempting to do on my web page?
ahrkron
All speed measurements are a quotient between a distance and a time interval. These, in turn, are obtained from two events, triggered by some physical effect.
Gravitational time delay (as used by Hawking) and the speed of light are related. Using the Gravitational Time Delay Graph to read the acceleration and deceleration of light should explain the experiments referred to by yourself. Extending the graph to the other side of 'C' (mirror image) takes you into the realm of Bohm. I am not in conflict with your statement but, adding to it.
Tom
Yes, it is a postulate. It has been confirmed, and so have its consequences
Postulate suggest or assume the existence, fact or truth.
All experimenters assume that 'C' is a constant and not a maximum speed. The same sort of error was made by scientist measuring Ozone Depletion but they had the good sense to accept the proposal that there readings were wrong. QP physicists have a closed mind when it comes to alternative possibilities and Relativity physicist flatly reject all experiments (using spinnig objects) and cosmic observations that run contrary to there theories. This is not good science.
What's the difference? If it is "apparent" to everyone, then in what sense can anyone say that it is not "real"?
The 'apparent motion' of the planets is orbital, the 'real motion' is a complicated wave pattern. At no priod of time does any planet actually complete an orbit in space; but the 'apparent' motion relative to the Sun is an orbit. Orbits are apparent motion, waves are real motion.
Patantly false. The results apply to weak, strong, and gravitational interactions as well.
I should have written that the graviton is the only particle not subject to the electromagnetic force.
'C' does not apply within a strong force field. According to a report in SciAm attempts to measure the speed of bosons within a strong force field were 'inconclusive' but the report continued with the statement that "there are some reasons to believe that it is about 94 miles per second".
Given that the speed of light varies?
That is hardly "given". You refer to experimental results and to your website, but if you could give me links to both that would help.
You promised to review my website and get back to me about three years ago (on two separate occasions!). All members websites can be accessed through the 'Members List". Click on 'Members' > E > elas >
www. I have been official rebuked for repeating my site address on Physics Forum, I was accused of advertising by one forum mentor.
Does not the speed of light vary in harmony with time in that clocks slow down when acelerated?. True in all times 'C' is constant but times are not costant relative to one another at different points in space.
regards
elas