Ohm's law is a fundamental paradigm in the electrical transport of metals. Any transport
signatures violating Ohm's law would give an indisputable fingerprint for a novel metallic …

Abstract The Wiedemann–Franz (WF) law relates the electronic component of the thermal
conductivity to the electrical conductivity in metals through the Lorenz number. The WF law …

In this study, we thoroughly explored the thermal transport and thermoelectric properties of
BN-co-doped phagraphene structures in the context of first-principles computations …

Anomaly cancellation has been shown to occur in broken time-reversal symmetry Weyl
metals, which explains the existence of a Fermi arc. We extend this result in the case of …

We reveal the nature of propagation and reflection of light in spin-orbit coupled Dirac metals
under external magnetic fields. Such applied magnetic fields split the fourfold degeneracy of …

We investigate the Kondo effect in a Weyl metal state, which occurs from a spin-orbit
coupled Dirac metal phase under magnetic fields. We start from an effective field theory in …

An exotic anomalous plasmon (AP) mode is found in strained Weyl semimetals utilizing the
topological Landau Fermi liquid and chiral kinetic theories, in which quasiparticle …

Axion electrodynamics governs electromagnetic properties of Weyl metals. Although
transmission and reflection measurements of light have been proposed to confirm the axion …

Chiral anomaly in Weyl systems: No violation of classical conservation laws - ScienceDirect
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Instabilities in a Landau's Fermi-liquid state occur, increasing the strength of interaction
parameters in the Landau's Fermi-liquid theory. Introducing both the Berry curvature and …