Relativity and Cosmology

    

Non-Metric Microscopic Formulation of Relativity

Authors: Alan M. Kadin

The elusive unity of microscopic and macroscopic physics may reflect a profound misunderstanding of the microscopic world. We start with a real, deterministic de Broglie wave, and show how this leads to the equations of both special and general relativity, providing a unified picture for physics at all scales. In this picture, transformations of ω and k are more fundamental than spacetime transformations of t and r. Local metrics compatible with general relativity may be derived, but are not necessary for calculations. Furthermore, coupling constants and h are invariant, while c, G, e, and particle rest masses are not. Such variations cannot be observed using local measurements, due to the principle of relativity.

Comments: 6 Pages. Submitted to Gravity Research Foundation, March 2016

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Submission history

[v1] 2016-03-06 20:58:34

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