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Evidence for a first-order deconfinement transition in large-Ngauge theory

Sumit R. Das, John B. Kogut

Open publisher page 12 citations

Abstract

We study N=\ensuremath{\infty} lattice gauge theory at finite temperature by Monte Carlo methods using an asymmetric coupling version of the twisted Equchi-Kawai model. The data favor a first-order deconfining transition, and are consistent with asymptotic freedom for N=64 and 81. The deconfinement temperature in physical units is close to the value for N=3.

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What this paper is about

We study N=\ensuremath{\infty} lattice gauge theory at finite temperature by Monte Carlo methods using an asymmetric coupling version of the twisted Equchi-Kawai model. The data favor a first-order deconfining transition, and are consistent with asymptotic freedom for N=64 and 81. The deconfinement temperature in physical units is close to the value for N=3.

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Available abstract

We study N=\ensuremath{\infty} lattice gauge theory at finite temperature by Monte Carlo methods using an asymmetric coupling version of the twisted Equchi-Kawai model. The data favor a first-order deconfining transition, and are consistent with asymptotic freedom for N=64 and 81. The deconfinement temperature in physical units is close to the value for N=3.

Key concepts: Deconfinement, Asymptotic freedom, Gauge theory, Physics, Order (exchange), Lattice gauge theory, Lattice (music), Yang–Mills theory

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