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- W4248549166 abstract "We use an effective matrix model to study deconfinement in a pure SU(Nc) gauge theory, without quarks, in d=2+1 dimensions. Expanding about a constant background A0 field we construct an effective potential for the eigenvalues of the thermal Wilson line for general Nc and in the large-Nc limit. The numerical results are presented using one, two, and four free parameters, which are determined by fitting directly to the lattice data for the pressure. The matrix model shows a good agreement with numerical lattice simulations for the pressure and the interaction measure, starting from the perturbative limit up to the critical temperature. For the pressure, the details of A0- dependent nonperturbative terms are relevant only in a narrow transition region below ~1.2 Td. This is also the range where the Polyakov loop deviates notably from one. In accordance with the lattice results we find that, up to a trivial factor Nc^2-1, there is only a mild dependence on the number of colors." @default.
- W4248549166 created "2022-05-12" @default.
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- W4248549166 date "2014-04-09" @default.
- W4248549166 modified "2023-10-18" @default.
- W4248549166 title "Matrix model for deconfinement in aSU(Nc)gauge theory in2+1dimensions" @default.
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- W4248549166 doi "https://doi.org/10.1103/physrevd.89.085020" @default.
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