Momentum transport of chiral modes in a thermal QCD medium
arXiv:2211.12303 · doi:10.1142/S0218301324500101
Abstract
We have investigated the effect of a weak magnetic field on momentum transport in a thermal QCD medium at finite quark chemical potential using a semiclassical kinetic theory. In the presence of a magnetic field, the momentum transport coefficients acquire a tensor structure, reflected by the five shear and and two bulk viscous components and . The weak magnetic field removes the degeneracy in the effective mass of flavours, leading to different masses for the left-handed (L) and right-handed (R) chiral modes of quarks. The coefficients, and decrease with magnetic field in L mode and increase in mode, whereas, and increase in both L and mode. The bulk viscous coefficients, and increase with magnetic field for both L and R mode. The shear and bulk viscous coefficients positively amplify with baryon asymmetry.
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