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October 23, 2025Open Access Government0 citationsOpen Access

Positron and electron catalysis of neutrino hadronization: How our universe was made: Part III

Key Points

Neutrino hadronization enhances understanding of the universe's formation and particle physics, unveiling new connections.
The Bohr model provides a foundational insight, while the Rotating Lepton Model offers an innovative framework for mass calculations.
Study includes the interaction between electrons and positrons, offering a new perspective on subatomic structure and interactions.
Findings suggest improved models for understanding cosmic rays and their role in universal formation, highlighting gaps in current theories.

Abstract

Positron and electron catalysis of neutrino hadronization: How our universe was made: Part III Constantinos G. Vayenas1, Dionysios Tsousis1,2 and Eftychia Martino1 examine positron and electron catalysis of neutrino hadronization, as they continue to explore how our Universe was made. The development of the Bohr model for the H atom (Fig. 1) has played a central role in reaching our current level of understanding of chemical synthesis. In recent years, the development of the Rotating Lepton Model (RLM) of hadrons and bosons (1-4) provided an equally effective approach for modeling the structure and accurately computing the masses of subatomic particles, such as hadrons and bosons, nuclei and even cosmic rays. (4)

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