TL;DR
This paper explores chiral symmetry breaking and restoration in SU(N) gauge theories, analyzing how these phenomena depend on the number of flavors, N_f, by modeling them as collective spin effects.
Contribution
It introduces a novel approach to understanding chiral symmetry phenomena as collective spin effects and examines their behavior across different flavor numbers.
Findings
Chiral symmetry breaking varies with N_f.
Restoration occurs at critical N_f values.
Modeling as collective spin effects provides new insights.
Abstract
Chiral symmetry breaking (restoration) for SU(N) gauge theories is a topic of great interest and not yet fully explained. We consider the phenomenon as a collective spin effect and determine its behavior in terms of the number of flavors, N_f.
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