Shear viscosity coefficient and relaxation time of causal dissipative hydrodynamics in QCD

Abstract

The shear viscosity coefficient and the corresponding relaxation time for causal dissipative hydrodynamics are calculated based on the microscopic formula proposed in [T. Koide and T. Kodama, Phys. Rev. \textbf{E 78}, 051107 (2008)]. Here, the exact formula is transformed into a more compact form and applied it to evaluate these transport coefficients in the chiral perturbation theory and perturbative QCD. It is shown that in the leading order calculation, the causal shear viscosity coefficient $\eta$ reduces to that of the ordinary Green-Kubo-Nakano formula, and the relaxation time ${\tau }_{\pi }$ is related to $\eta$ and pressure $P$ by a simple relationship, ${\tau }_{\pi }=\eta /P$.

4 pages, 3 figures, errors of calcualtions were corrected, and some rederences and discussions were added. Accepted version for publication in PRL

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