Wilson Loops, Winding modes, and Domain Walls in Finite Temperature QCD
arXiv:hep-th/9409128 · doi:10.1103/PhysRevD.51.7111
Abstract
We discuss the effective action for Polyakov-Wilson loops winding around compact Euclidean time, which serve as order parameters for the finite temperature deconfinement transition in Yang-Mills gauge theory. We then apply our results to the study of the high temperature continuation of the confining phase, and to the analysis of certain domain walls that have been argued to play a role in cosmology. We argue that the free energy of these walls is much larger than previously thought.
26 pages, harvmac, EFI-94-42
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