From a direct calculation of the anomalous Hall conductivity and an effective
electromagnetic action obtained via Fujikawa's chiral rotation technique, we conclude that …

We study the electronic contribution to the thermal conductivity and the thermopower of Weyl
and Dirac semimetals using a semiclassical Boltzmann approach. We investigate the effect …

We investigate the general structure of the chiral anomaly AVV/AAA and (LLL, RRR)
vertices, in the presence of chemical potentials in perturbation theory. The study finds …

We use the recently developed kinetic theory with Berry curvature to describe the fermions
and antifermions of a chiral relativistic plasma. We check that this transport approach allows …

Discovered in high-energy physics, the chiral anomaly has recently made way to materials
science by virtue of Weyl semimetals (WSM). Thus far, the main efforts to probe the chiral …

A bstract We study the singular values of the Dirac operator in dense QCD-like theories at
zero temperature. The Dirac singular values are real and nonnegative at any nonzero quark …

We study the electromagnetic properties of dense QCD in the so-called Magnetic Dual
Chiral Density Wave phase. This inhomogeneous phase exhibits a nontrivial topology that …

At zero temperature, in the chiral limit the amplitude for π 0 to decay into two photons is
directly related to the coefficient of the axial anomaly. At any nonzero temperature, this direct …

Using constituent quarks coupled to a linear sigma model at nonzero temperature, I show
that many anomalous mesonic amplitudes, such as π 0→ γ γ, vanish in a chirally symmetric …

We study the generation of a magnetic field in primordial plasma of standard model particles
at a temperature T> 80 TeV—much higher than the electroweak scale. It is assumed that …