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Le monde dans une équation : une réévaluation des rayons cosmiques fossiles de Lemaître

Author:

Bagdoo, Russell

Category:

Research Papers

Sub-Category:

Cosmology

Language:

French

Date Published:

May 30, 2019

Downloads:

19

Keywords:

théorie de la Relation, temps cosmologique irréversible, Pi, décélération, nouvelle variable, cosmologie quantique, atome primitif, rayons cosmiques

Abstract:

Prenant appui sur les phénomènes radioactifs (force faible), Georges Lemaître conçoit, dès 1927, l’univers primitif comme un « quantum super-dense unique », dont la désintégration a donné naissance à tous les composants actuels de l’univers [1, 2]. En s’aidant de la mécanique quantique, il se propose d'expliquer les origines du monde du point de vue de la théorie quantique. Il croit trouver dans les rayons cosmiques la manifestation de la fragmentation initiale. Toutefois, quel que soit la cosmologie adoptée, l’hypothèse de l’atome primitif (big bang froid) n’eut aucune équation pour la soutenir et ne fut pas retenue. Comme tous les autres cosmologistes, il se rabattit sur l’équation Friedmann-Einstein avec une constante cosmologique répulsive qui, d’après les observations de supernovae en fin du millénaire, propulse l’expansion vers l’infini. À cette équation de cosmologie relativiste nous juxtaposons notre équation de « cosmologie quantique ». Nous avons déjà proposé cette équation dans un travail antérieur [3], elle prend sa source dans la mécanique quantique et cadre avec l’hypothèse de « l’atome primitif » de Lemaître. C’est une équation dans lequel le concept de la matière-espace-temps est mathématiquement relié ; la gravitation et l’électromagnétisme sont également liés par l’espace-temps.

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