Pré-Publication, Document De Travail Année : 2025

Alternative to Inflation Variable Constants Regime in Primeval Era

Jean-Pierre Petit
Gilles d'Agostini

Résumé

We complete the Janus cosmological model by describing its radiative era. Going back in time, there comes a moment when the distance between hadrons tends to become less than their Compton length. This evolutionary scheme is completed by a variable-constant era in which all physics constants, as well as space and time gauges, participate in a generalized gauge phenomenon, leaving all physics equations invariant. Lorentz invariance is maintained. As a result, the cosmological horizon evolves like the scale factor, ensuring the homogeneity of the universe at all epochs, right up to decoupling. This model is therefore an alternative to the inflation model. When the distance between hadrons becomes greater than their Compton length, the constants take on the values we know today, and the redshift phenomenon appears.

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hal-04919593 , version 1 (29-01-2025)

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  • HAL Id : hal-04919593 , version 1

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Jean-Pierre Petit, Florent Margnat, Gilles d'Agostini. Alternative to Inflation Variable Constants Regime in Primeval Era. 2025. ⟨hal-04919593⟩
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