Prosoothus
05-27-03, 09:22 AM
Reinstein,
I understand why time dilation could be the only explanation for a constant C, but why exactly is C constant? It has been proven, but has anyone ever explained WHY exactly C is the same for any observer?
The "proof" that the speed of light is constant for all observers comes from aether-detection experiments performed by Michelson, Morley, Miller, and Illingworth, etc.
Even though none of the experiments showed that the speed of light for a moving observer is exactly equal to c, the scientific community embraced relativity and rounded the results of those experiments to c. :D
I personally wouldn't put a lot of faith in those experiments since they were all done on the surface of the Earth. For example, there is no way of knowing whether the gravitational field of the Earth was influencing the speed of light in those experiments.
To me, taking the fact that the speed of light is very close to c on the surface of the Earth, and from that fact to assume that the speed of light is c for all observers, at all speeds, everywhere in the universe is such a far-fetched overgeneralization that it shouldn't be called science.
Tom
I understand why time dilation could be the only explanation for a constant C, but why exactly is C constant? It has been proven, but has anyone ever explained WHY exactly C is the same for any observer?
The "proof" that the speed of light is constant for all observers comes from aether-detection experiments performed by Michelson, Morley, Miller, and Illingworth, etc.
Even though none of the experiments showed that the speed of light for a moving observer is exactly equal to c, the scientific community embraced relativity and rounded the results of those experiments to c. :D
I personally wouldn't put a lot of faith in those experiments since they were all done on the surface of the Earth. For example, there is no way of knowing whether the gravitational field of the Earth was influencing the speed of light in those experiments.
To me, taking the fact that the speed of light is very close to c on the surface of the Earth, and from that fact to assume that the speed of light is c for all observers, at all speeds, everywhere in the universe is such a far-fetched overgeneralization that it shouldn't be called science.
Tom