About some Distinguishing Features of the Weak Interaction

TL;DR

This paper analyzes the unique features of the weak interaction, highlighting the non-conservation of additive quantum numbers and the absence of gamma-5 anomalies, due to the specific participation of spinor components.

Contribution

It demonstrates that additive conserved numbers and gamma-5 anomalies do not occur in the standard weak interaction theory, contrasting with strong and electromagnetic interactions.

Findings

Additive conserved numbers are not present in weak interactions.

Gamma-5 anomaly does not appear in weak interaction theory.

Right-handed spinor components do not participate in weak interactions.

Abstract

In this work it is shown that, in contrast to the strong and electromagnetic theories, additive conserved numbers (such as lepton, aromatic and another numbers) and gamma-5 anomaly do not appear in the standard weak interaction theory. It means that in this interaction the additive numbers cannot be conserved. These results are the consequence of specific character of the weak interaction: the right components of spinors do not participate in this interaction. The schemes of violation of the aromatic and lepton numbers were considered.