A Chiral SU(N) Gauge Theory Planar Equivalent to Super-Yang-Mills
A. Armoni, M. Shifman
TL;DR
This paper explores the vacuum structure of a strongly coupled chiral SU(N) gauge theory by leveraging its large-N equivalence to N=1 super-Yang-Mills, providing insights into its finite-N dynamics.
Contribution
It establishes a large-N equivalence between a chiral SU(N) gauge theory and super-Yang-Mills, revealing the vacuum structure and finite-N behavior.
Findings
Vacuum structure characterized via large-N equivalence
Finite-N dynamics analyzed
Insights into strongly coupled chiral gauge theories
Abstract
We consider the dynamics of a strongly coupled SU(N) chiral gauge theory. By using its large-N equivalence with N=1 super-Yang-Mills theory we find the vacuum structure of the former. We also consider its finite-N dynamics.
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