Theory of relativity

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Corresponding Wikipedia article: Theory of relativity


This aether theory does not completely deny the conclusions of the theory of relativity (SR and GR), but it does not accept its concepts and some conclusions for the following reasons:

  • The concepts of an integer spatial dimensionality, as well as combining of the heterogeneous parameters (the space coordinates and the time) into a single vector, are contrary to the concepts of physical vector and spatial dimensionality.
  • The time conversion does not match the time definition.
  • The length dependence of a reference frame is contrary to the common sense and to the concept of physical space, which can be deformed only independently of a reference frame.
  • The invariance of the light speed in each reference frame is opposite to the aether model, and it is not convincingly proven.
  • The relativistic effects have the alternative explanations.
Summary table of differences between the theory of relativity and this theory
Theory of relativity This aether theory Chapters
Speed of light is invariant in each reference frame Wavelength is invariant in each reference frame Electromagnetic waves and light
Radio waves
Relativistic velocity addition Usual velocity addition Electromagnetic waves and light
Any particle cannot exceed the speed of light in the vacuum Any particle cannot exceed the speed of light in the surrounding medium Matter
Radiation and photons
Length contraction Deformation of the high energy particles Mass and inertia
Relativistic time dilation Decay slowdown of the high energy particles Mass and inertia
Transversal Doppler effect Doppler effect
Special theory of Sagnac effect Obvious explanation of Sagnac effect Sagnac effect
Gravitational interaction propagates at speed of light Gravitational interaction propagates at a speed much higher than speed of light Aether model
Gravitational curvature of space-time Variation of the gravitons concentration Gravity
Variation of the gravitational mass Planetary motion
Gravitational deflection of light Gravitational deflection of light, which has some mass Light and gravity
Gravitational time dilation Dynamics slowdown in the rarefied aether Time and gravity

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