THE LAW OF BARYOGENESIS. SINGLE FRACTAL MECHANISM OF LEPTOSYNTHESIS, BARYOSYNTHESIS AND NUCLEOSYNTHESIS WITH PARTICIPATION OF ANTIMATTER

30 May 2025, Version 1
This content is an early or alternative research output and has not been peer-reviewed by Cambridge University Press at the time of posting.

Abstract

This paper explores the fractal mechanism of baryosynthesis involving antiparticles. The remarkably perfected fractal mechanism of baryosynthesis demonstrates that only two types of particles (electrons and positrons) are sufficient for the formation of protons, neutrons, and all the visible matter in the Universe. The baryosynthesis mechanism reveals that matter and antimatter can not only annihilate but also coexist and interact, creating elementary particles. Matter and antimatter from themselves create leptons, protons, neutrons and the whole variety of substances. The fractal mechanism of baryogenesis involving antimatter is a universal mechanism, realized in the stages of leptosynthesis, baryosynthesis, and nucleosynthesis. The interaction and coexistence of matter and antimatter without annihilation are the primary conditions for baryosynthesis. It is shown that without antimatter, the formation and existence of matter in the Universe are impossible. The law of baryogenesis directly follows from the fractal mechanism of baryosynthesis. The law of baryogenesis unveils the mystery of the mass spectrum of elementary particles. The law of baryogenesis has enabled the derivation of essential dimensionless constants of elementary particles, such as 1836.15... (for the proton), 1838.68... (for the neutron), 206.76... (for the muon), 3670.48... (for the deuteron), 3477.2 (for the tau-meson), 5496.92... (for the triton), 5495.88... (for the helium nucleus).

Keywords

law of baryogenesis
antimatter inside the proton
fractals of elementary particles
origin of muon
proton
and neutron mass
mass defect
electron
positron
positronium
dimuonium
true tauonium
kaonium
protonium
electron-positron catalysis
catalytic baryogenesis
baryon asymmetry
Mersenne numbers.

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