A thermal Hall effect occurs in an increasing number of insulators and is often attributed to
phonons, but the underlying mechanism is not known in most cases. Two main scenarios …

Because electrons and ions form a coupled system, it is a priori clear that the dynamics of
the lattice should reflect symmetry breaking within the electronic degrees of freedom …

We systematically derive the quantum kinetic equation in full phase space for any quadratic
Hamiltonian of bosonic fields, including in the absence of translational invariance. This …

The quest for a half-quantized thermal Hall effect of a Kitaev system represents an important
tool to probe topological edge currents of emergent Majorana fermions. Pertinent …

We report a detailed experimental and theoretical study on the effect of hydrostatic pressure
on various structural and magnetic aspects of the layered honeycomb antiferromagent α …

In a growing number of materials, phonons have been found to generate a thermal Hall
effect, but the underlying mechanism remains unclear. Inspired by previous studies that …

The nondissipative (Hall) viscosity is known to play an interesting role in two-dimensional
(2D) topological states of matter, in the hydrodynamic regime of correlated materials, and in …

With an increasing number of experiments observing phonon thermal Hall effect in magnets,
it is theoretically desired to have a minimal model for the phonon thermal Hall effect. In this …

A thermal Hall effect is observed in an increasing number of insulators often attributed to
phonons, but the underlying mechanism is in most cases unknown. A coupling of phonons …

We study the spin-1/2 Heisenberg model on the square lattice with the first-and second-
nearest-neighbor antiferromagnetic couplings J 1 and J 2, as well as the three-spin scalar …