TL;DR
This paper explores the potential for certain supersymmetric gauge theories to be asymptotically safe, demonstrating nonperturbative compatibility with known constraints across various classes.
Contribution
It provides a nonperturbative analysis showing that multiple classes of supersymmetric gauge theories can be asymptotically safe, expanding understanding of their ultraviolet behavior.
Findings
Asymptotic safety is compatible with all known constraints in studied theories.
Includes analysis of super QCD with adjoint fields and general superpotentials.
Considers gauge theories without superpotentials and semi-simple gauge theories.
Abstract
We investigate the short distance fate of distinct classes of not asymptotically free supersymmetric gauge theories. Examples include super QCD with two adjoint fields and generalised superpotentials, gauge theories without superpotentials and with two types of matter representation and semi-simple gauge theories such as quivers. We show that for the aforementioned theories asymptotic safety is nonperturbatively compatible with all known constraints.
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