An Alternative Scenario for Non-Abelian Quantum Hair

TL;DR

This paper explores a new scenario for non-abelian quantum hair in topologically charged black holes, revealing similarities to non-abelian discrete quantum hair classifications.

Contribution

It introduces an alternative framework for understanding non-abelian quantum hair in black holes with topological charge.

Findings

Ground state classification resembles non-abelian discrete quantum hair

Topologically charged black holes exhibit novel quantum hair properties

Theoretical insights into gauge field interactions with black hole topology

Abstract

Topologically charged black holes in a theory with a 2-form coupled to a non-abelian gauge field are investigated. It is found that the classification of the ground states is similar to that in the theory of non-abelian discrete quantum hair.