Publications and Research

Document Type

Article

Publication Date

1-15-1985

Abstract

The compactness of the QCD gauge group leads to the existence of chromomagnetic monopole configurations. The interactions of these monopoles are studied using electric-magnetic duality as a guide. It is shown that the gluon-monopole interaction acquires an extra minus sign which tends to destabilize the monopole configurations. A model is presented which exploits this observation. We present a scenario where the monopoles condense, giving chromomagnetic superconductivity, via a first-order phase transition at a scale where the electric and magnetic charges are equal, i.e., α = 1/2 . In this vacuum medium gluons propagate like 1/k4 which is now seen to be the dual equivalent of the statement that the vacuum is a chromomagnetic superconductor.

Comments

©1985 American Physical Society

Link to publisher version:

https://doi.org/10.1103/PhysRevD.31.401

Included in

Physics Commons

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