Janus and Multifaced Supersymmetric Theories
Chanju Kim (Ewah U.), Eunkyung Koh (Seoul N.U.), Ki-Myeong Lee (KIAS)
TL;DR
This paper explores Janus supersymmetric Yang-Mills theories, revealing new vacuum structures, analyzing BPS monopoles and dyons, and deriving less supersymmetric variants with variable coupling constants across multiple spatial dimensions.
Contribution
It introduces a novel vacuum structure and simplifies the derivation of less supersymmetric Janus theories with spatially varying couplings.
Findings
Discovery of a new vacuum structure in Janus theories
Analysis of BPS monopoles and dyons in these theories
Derivation of theories with coupling constants depending on multiple spatial coordinates
Abstract
We investigate the various properties Janus supersymmetric Yang-Mills theories. A novel vacuum structure is found and BPS monopoles and dyons are studied. Less supersymmetric Janus theories found before are derived by a simpler method. In addition, we find the supersymmetric theories when the coupling constant depends on two and three spatial coordinates.
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