Introducing both the Berry curvature and the chiral anomaly into Landau's Fermi-liquid
theory, we construct a topological Fermi-liquid theory, applicable to interacting Weyl metals …

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 …

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

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 …

Constructing an effective field theory in terms of doped magnetic impurities [described by an
O (3) vector model with a random mass term], itinerant electrons of spin-orbit coupled …

Weyl metals have exotic transport phenomena owing to chiral anomaly. One of these is
negative longitudinal magneto resistance which have been reported several. Beyond the …