We study the role of time reversal symmetry (TRS) in the circular photogalvanic (CPG)
responses considering a chiral Weyl semimetal (WSM), while a quantized CPG response is …

A bstract We present effective field theories for the weakly coupled Weyl-Z 2 semimetal, as
well as the holographic realization for the strongly coupled case. In both cases, the …

Inducing superconductivity in systems with unconventional band structures is a promising
approach for realizing unconventional superconductivity. Of particular interest are single …

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 …

Emergent Lorentz symmetry and chiral anomaly are well known for playing an essential role
in anomalous transport phenomena of Weyl metals. In particular, the former causes a Berry …

In quantum materials, the interactions between the bulk lattice, free electrons, and lattice
vibrations give rise to interesting phases of matter. In recent years, new materials have been …

We present effective field theories for the weakly coupled Weyl-Z 2 semimetal, as well as the
holographic realization for the strongly coupled case. In both cases, the anomalous systems …

The quantum anomalous Hall effect can be realized in the Weyl semimetal based on a
simple cubic lattice. On the basis of the system with broken time-reversal symmetry, we find …