Slowly evolving early universe and a phenomenological model for time-dependent fundamental constants and the leptonic masses

Details Slowly evolving early universe and a phenomenological model for time-dependent fundamental constants and the leptonic masses Slowly evolving early universe and a phenomenological model for time-dependent fundamental constants and the leptonic masses

2008-01-13

arxiv.org/abs/0801.1935v1

Physics

General Physics

7 pages, 1 figure

Scientific paper

A phenomenological model with an extreme accuracy is proposed for the cosmic time variation of the primordial fundamental constants (e, h, G and c) and the leptonic masses. The model is purely exploratory in that at the very early times the light speed is purposely modeled to be negligibly small, indicating a very slowly expanding universe around t=0. The impact of this idea in cosmology and its modeling is overwhelming.

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