Dimensional Reduction and Non-perturbative generation of magnetic mass in non-abelian gauge theory at finite temperature
Abstract
A non-perturbative mass of 0.2719 g2 T is generated for the magnetic sector of the SU(2) gauge theory at high temperature due to the condensation of Polyakov Pol monopole and antimonopole which form a magnetic glue ball. String tension for the spatial wilson loop is calculated which is of the same order of magnitude and has same temperature dependence as obtained from lattice simulation.
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