Mass Generation and Noncommutative Spacetime

TL;DR

This paper explores how noncommutative spacetime can facilitate mass generation in non-Abelian gauge theories, supported by modified dispersion relations indicating potential observable effects of such geometry.

Contribution

It demonstrates a novel mechanism for mass generation within noncommutative spacetime frameworks, expanding understanding of gauge theories in quantum geometry.

Findings

Mass generation achieved in non-Abelian gauge theories via noncommutative spacetime.

Modified dispersion relations suggest observable signatures of noncommutative geometry.

Provides theoretical foundation for further exploration of quantum spacetime effects.

Abstract

In this paper we show how it is possible to obtain mass generation in the context of non Abelian gauge field theory, using a non commutative spacetime. This is further confirmed by the modified dispersion relation that results from such a geometry.