Left-Right Symmetric Models in Noncommutative Geometries?

TL;DR

This paper investigates left-right symmetric models within noncommutative geometry, demonstrating that spontaneous parity violation cannot occur in this framework, which impacts the understanding of symmetry breaking in such models.

Contribution

It provides a novel analysis showing that spontaneous parity violation is impossible in left-right symmetric models based on noncommutative geometry.

Findings

Spontaneous parity violation is ruled out in these models.

Noncommutative geometry constrains symmetry breaking mechanisms.

Implications for model building in particle physics.

Abstract

Left-right symmetric models are analyzed in the context of noncommutative geometry where we show that spontaneous parity violation is ruled out.