1/4 BPS Dyonic Calorons
Kimyeong Lee (KIAS), Sang-Heon Yi (SNU)
TL;DR
This paper investigates 1/4 BPS dyonic calorons in supersymmetric gauge theories on a compactified space, deriving BPS bounds and equations, and analyzing their properties, especially for SU(2) gauge group configurations.
Contribution
It provides a detailed analysis of 1/4 BPS dyonic calorons, including derivation of BPS bounds, equations, and characterization of solutions in supersymmetric gauge theories.
Findings
Derived BPS bounds and equations for dyonic calorons.
Characterized properties of caloron solutions in SU(2) gauge theory.
Analyzed configurations carrying electric charge and linear momentum.
Abstract
We explore the 1/4 BPS configurations of the supersymmetric gauge theories on . The BPS bound for energy and the BPS equations are obtained and the characteristics of the BPS solutions are studied. These BPS configurations describe electrically charged calorons, which are constituted of dyons and carry linear momentum along the compact direction. We carry out various approaches to the single caloron case in the theory of SU(2) gauge group.
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