| 内容記述 | The Michelson-Morley experiment failed to detect evidence for the wind of luminiferous aether. However, the fact that light propagates without affecting aether wind on the rotating earth means that the medium is also rotating with us. For a compressible medium, effects due to the compressibility is not negligible if the velocity of matter is comparable with light velocity. In this article, we show that matter can form a compressional shock wave in the luminiferous medium, and the singularity at light velocity does not actually exist, by applying the theory of compressible flow. The observations of short-lived particles and light echoes from supernovae support this inference. |
