Chirality dependence in charge and heat transport in thermal QCD

Abstract

In the presence of weak magnetic field ($B$), novel phenomena, similar to Hall effect in condensed matter physics, emerge both in charge and heat transport in a thermal QCD medium. Here, we have employed the kinetic theory approach within a quasiparticle framework, wherein the effective masses for left (L) and right-handed (R) chiral modes of quarks are seen different, lifting the prevalent degeneracy. Another implication of weak $B$ is that the coefficients assume a tensorial structure: The diagonal elements represent the usual conductivities: ${\sigma }_{\text{Ohmic}}$ and ${\kappa }_0$ as the coefficients of charge and heat transport, respectively and the off-diagonal elements denote their Hall counterparts: ${\sigma }_{\text{Hall}}$ and ${\kappa }_1$, respectively. Finally, we have derived some coefficients, namely, the Knudsen number and Lorenz number in Wiedemann-Franz law. Lorenz number and Hall-Lorenz number for L-mode increases and for R-mode decreases with a magnetic field. it does not remain constant with $T$ hence violating the Wiedemann-Franz law.

34 pages, 32 figures

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• Magnetic field-dependent electric charge transport in hadronic medium at finite temperature
• Thermoelectric response of a hot and weakly magnetized anisotropic QCD medium
• Momentum transport of chiral modes in a thermal QCD medium