1. AN EXPERIMENT AGAINST RELATIVITY --- INTERACTIVE DEPENDENCY
- Author
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RAMU, BANDARU
- Subjects
Physics::General Physics ,Inertial frame and vacuum ,Relative theory ,photon ,galilean relativity ,E=MC2 ,Michelson and Morley's experiment - Abstract
Abstract: The main problem in Michelson Morley’s experiment is that they cannot recognize the difference between vacuum and inertial frame. the experiments were conducted many times but in only single inertial frame. If the experiment is conducted between two inertial frames, the result follows the relative velocity of the inertial frame, not time dilation. Two postulates of relativity are not sufficient. What relative principle, what vacuum, the postulates cannot describe. Practical experimental evidence reveals that light runs in inertial frames, not in a vacuum. The first postulate of relativity reveals that all physical laws are same in all inertial frames regardless what the velocities the frames have. this Galilean relative principle is valid only in inertial frames not in a vacuum. But relative theory applies this principle in vacuum not showing any difference between inertia frame and vacuum. E= mc2 cannot keep any equilibrium between energy and mass. Physical interaction or physical laws not taken place only in a single inertial frame but occupies among many inertial frames. When the interaction ( physical law) occupies among many inertial frames, which time of the inertial frames does the interaction or physical law follow? What's wrong with jet aircraft - time dilation experiment? This follows relative theory? Was the Relative time observed by both observers: in jet aircraft and another on the earthsurface? This article reveals how some relative principles do not obey its own principles. Practical examples given as experimental evidence which prove that: The time dilation principle cannot calculate any time dilation. Relative velocity cannot cause any time intervals. The Galilean relative principle depends upon relative velocity, not time dilation. Time dilation cannot keep the Galilean relative principle.
- Published
- 2022
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