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2010

Universal Aspects of Deconfinement in 2+1 Dimensions

von Smekal, Lorenz, Edwards, Sam R, Strodthoff, Nils

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The 2+1 dimensional pure SU(N) gauge theories with N <= 4 are candidates for applying the powerful tools of scaling and universality to their deconfinement transitions at finite temperature.

The corresponding 2 dimensional q-state Potts models with q <= 4 have 2nd order transitions, and we can exploit many exact results to obtain accurate critical couplings, transition temperatures, critical exponents, and the leading behavior of the continuum string tension near the phase transition on one side, together with its dual on the other.
Thereby, the self-duality of the 2d spin models is reflected in a duality between spacelike vortices and confining electric fluxes.
We also discuss the relevance of center symmetry and the corresponding vortices for confinement in full QCD when the electromagnetic interactions of fractionally charged quarks are included.

Universal Aspects of Deconfinement in 2+1 Dimensions · Around

Built on

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L. von Smekal, S. R. Edwards and N. Strodthoff, arXiv:1012.0408 [hep-lat]
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N. Strodthoff, S. R. Edwards and L. von Smekal, arXiv:1012.0723 [hep-lat]
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S. R. Edwards, A. Sternbeck and L. von Smekal, arXiv:1012.0768 [hep-lat]
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Then

L. von Smekal and Ph. de Forcrand, Nucl. Phys. Proc. Suppl. 119
2003
Later among the works it cites.
Ph. de Forcrand and O. Jahn, Nucl. Phys. Proc. Suppl. 129
2004
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K. Holland, M. Pepe, U. J. Wiese, JHEP 0802
2008
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S. Edwards, L. von Smekal, Phys. Lett. B 681
2009
Later among the works it cites.

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