Confinement and Graded Partition Functions for SYM
arXiv:2012.12341 · doi:10.1103/PhysRevD.103.066013
Abstract
Gauge theories with confining phases at low temperatures tend to deconfine at high temperatures. In some cases, for example in supersymmetric theories, confinement can persist for all temperatures provided the partition function includes a grading by . When it is possible to define partition functions which smoothly interpolate between no grading and grading, it is natural to ask if there are other choices of grading that have the same effect as on confinement. We explore how this works for SYM on in the large limit at both small and large coupling. We find evidence for a continuous range of grading parameters that preserve confinement for all temperatures at large coupling, while at small coupling only a discrete set of gradings preserves confinement.
arXiv comment6 pages, 2 figures, updated references
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