New developments of Einstein's theories of relativity

Physics

Scientific paper

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Einstein Equations, Field Theory (Physics), Lorentz Force, Quantum Mechanics, Relativity, Background Radiation, Cosmology, Electromagnetic Fields, Energy Conservation, Gravitational Fields, Invariance, Lorentz Transformations, Mach Inertia Principle, Ponderomotive Forces, Red Shift

Scientific paper

The special relativity theory is discussed. A second weak field analogous to Fermi's weak field has been assumed, based on the Lorentz-invariant elementary cell theorem of quantum mechanics. It yields a theory of the transfer processes of photons and ponderable bodies at the proper time zero, a theory of the cosmical red shift of light, the cosmological law of conservation, the generation of energy and momentum of cosmic rays and stars, a theory of the 3 K background radiation of the sky, and a theory of the inertial mass according to Mach's principle. The general relativity theory is reduced to very small gravitational potentials. Metrical cosmology is shown to be an error of Einstein. A unified linear Lorentz-invariant field theory for the gravitational and electromagnetic fields is derived.

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