EXPLORING DYON CONDENSATION AND DUAL SUPERCONDUCTIVITY WITHIN THE ABELIAN HIGGS MODEL OF QUANTUM CHROMODYNAMICS (QCD)
VIPIN SINGH
PHYSICS
March 2023
The ideas of dyon condensation and dual superconductivity are investigated within the framework of the Abelian Higgs model of quantum gravity (QCD). By analyzing these events, we can better understand the complicated dynamics of QCD at extreme conditions, such high density and high temperatures. A dyon's electrical or magnetic charge can screen its own direct potential—to which it minimally couples—and ant screening the dual potential—in compliance with the generalized Meissner effect—leading to dual superconductivity, as shown by the construction of the effective action for dyonic field in Abelian projection of QCD. The average Wilson loop representation of a dual superconductivity and confinement Abelian Higgs model has been achieved by the Abelian projection of QCD. Theoretical and experimental physicists in disciplines as diverse as particle physics and cosmology stand to benefit from a better understanding of these features, which advances our understanding of basic particles and their interactions
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