Baryon number of the Universe as a result of extra space dynamics
A.V. Grobov, S.G. Rubin
TL;DR
This paper explores how the dynamics of extra spatial dimensions can explain the origin of the universe's baryon asymmetry, proposing a model where baryon excess is generated and preserved through extra space symmetrization.
Contribution
It introduces a novel framework linking extra space dynamics with baryon asymmetry, demonstrating baryon number conservation after inflation.
Findings
Baryon excess can be produced during extra space evolution.
Baryon number remains conserved after inflation.
Extra space symmetrization affects baryon number conservation.
Abstract
Origin of baryon asymmetry is studied in the framework of extra dimensional approach. Baryon excess production and the symmetrization of extra-space are performed simultaneously. Baryon number is conserved long after the inflationary stage when the U(1) symmetry is achieved.
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