Quantum chaos is generally referred to as the study of quantum manifestations or
fingerprints of nonlinear dynamical and chaotic behaviors in the corresponding classical …

We investigate the orbital Hall effect through a mesoscopic device with momentum-space
orbital texture that is connected to four semi-infinite terminals embedded in the Landauer …

The development of chaos theory has fundamentally changed our understanding of a large
variety of nonlinear dynamical phenomena. The question of what chaos can do to a …

We investigate the spin Hall effect in a single-layer graphene device with disorder and
interface-induced spin–orbit coupling. Our graphene device is connected to four semi …

We investigate a disorderly mesoscopic device that supports spin-orbit interaction. The
system is connected to four semi-infinite leads embedded in the Landauer-Buttiker setup for …

van der Waals heterostructures based on two-dimensional materials have recently become
a very active topic of research in spintronics, both aiming at a fundamental description of …

We investigate the spectral fluctuations and electronic transport properties of chaotic
mesoscopic cavities using Kwant, an open source Python programming language based …

Impurities and defects are ubiquitous in topological insulators (TIs) and thus understanding
the effects of disorder on electronic transport is important. We calculate the distribution of the …

We investigate the spin-to-charge conversion emerging from a mesoscopic device
connected to multiple terminals. We obtain analytical expressions to the characteristic …

Magneto-transport study has been performed in ZrTe 5 single crystals. The observed
Shubnikov–de Hass quantum oscillation at low temperature clearly demonstrates the …