Laws of Light Propagation in Galilean Space-Time *
Jacques Trempe
Abstract
Jacques Trempe
Abstract
None of the theories proposed to date for the propagation of light in Galilean space-time has possessed the requisite experimental and theoretical coherence to merit consideration as an alternative to special relativity. The reason for this failure is that the notion of a propagating light wave, as accepted prior to and since Einstein’s special relativity theory, has no validity in Galile an space -time. We propose a new concept of light waves, the distributed wave concept, and define laws of propagation.
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None of the theories proposed to date for the propagation of light in Galilean space-time has possessed the requisite experimental and theoretical coherence to merit consideration as an alternative to special relativity. The reason for this failure is that the notion of a propagating light wave, as accepted prior to and since Einstein’s special relativity theory, has no validity in Galile an space -time. We propose a new concept of light waves, the distributed wave concept, and define laws of propagation.
Key concepts: Theory of relativity, Galilean, Galilean transformation, Spacetime, Einstein, Physics, Theoretical physics, Galilean invariance