Two Phases of Supersymmetric Gluodynamics
Ian I. Kogan, Mikhail Shifman

TL;DR
This paper discusses the existence of two distinct phases in supersymmetric gluodynamics, both sharing the same infrared properties but differing in their ultraviolet behavior, one being asymptotically free and the other superstrongly coupled.
Contribution
It introduces the novel idea that supersymmetric gluodynamics exhibits two phases with equivalent infrared behavior but different ultraviolet characteristics.
Findings
Identification of two phases with identical IR behavior.
One phase is asymptotically free, the other superstrongly coupled.
Implications for understanding supersymmetric gauge theories.
Abstract
We argue that supersymmetric gluodynamics has two phases with equivalent infrared behavior, one of which is asymptotically free and another one is superstrongly coupled in the ultraviolet domain.
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