The complete relativistic kinetic model of symmetry violation in isotopic expanding plasma. III. Specific entropy calculation

TL;DR

This paper develops a comprehensive relativistic kinetic model to analyze baryon production and symmetry violation in an expanding early Universe, providing specific entropy calculations and graphical results.

Contribution

It introduces a complete relativistic kinetic model for baryon production in a symmetric expanding Universe, including specific entropy calculations.

Findings

Graphs illustrating the dependence of baryon-related quantities.

A specific model for baryons within the kinetic framework.

Insights into symmetry violation in the early Universe.

Abstract

A complete model of baryon production in an expanding, primordially symmetric hot Universe is constructed in the framework of general-relativistic kinetic theory. In this model specific model for a baryon is calculated and graphs of the value dependence are constructed.