Relativity and Cosmology

   

The Fizeau Experiment – the Experiment that Led Physics the Wrong Path for One Century

Authors: Henok Tadesse

Although Fresnel's ether drag coefficient was ad hoc, its curious confirmation by the Fizeau experiment forced physicists to accept and adopt it as the main guide in the development of theories of the speed of light. Lorentz's 'local-time' , which evolved into the Lorentz transformations, was developed to explain the Fizeau experiment and stellar aberration. Given the logical, theoretical and experimental counter-evidences against the theory of relativity today, it turns out that the Fresnel's drag coefficient may not exist at all. The Fizeau experiment and the phenomenon of stellar aberration have no common physical basis. The result of the Fizeau experiment can be explained in a simple, classical way. It is as if nature conspired to lead physicists astray for more than one century. Alternative theories and interpretations for the ether drift experiments and invariance of Maxwell's equations will be proposed. Physicists rightly assumed the invariance of Maxwell's equations, but their deeply flawed conception of light as ordinary local phenomenon led them unnecessarily to seek an 'explanation' for this invariance, which was the Lorentz transformation. Einstein went down the wrong path when he sought an 'explanation' for the light postulate, when none was needed. The invariance of Maxwell's equationsfor light is a direct consequence of non-existence of the ether and there is no explanation for it for the same reason that there is no explanation for light being a wave when there is no medium for its propagation. Constancy of phase velocity of light and rotation of the wave fronts for a moving observer, which are direct consequences of non-existence of light carrying medium, can explain the phenomenon of stellar aberration .The group velocity of light behaves in a conventional way: independent of source absolute velocity, but varying with observer absolute velocity. Light is a dual phenomenon: local and non-local. Light is a dual and quantum mechanical phenomenon. The paradoxes in classical electromagnetism, such as the moving magnet and conductor problem, arose due to incompleteness of classical electromagnetism and its wrong interpretation. The solutions to these paradoxes lay in unconventional and subtle, yet logical and natural, fundamental nature of light and electromagnetism.

Comments: 16 Pages.

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[v1] 2017-12-11 05:43:47

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