Dirac and Weyl semimetals react to position-dependent and time-dependent perturbations,
such as strain, as if subject to emergent electromagnetic fields, known as pseudo-fields …

Weyl semimetals (WSMs) are a recent addition to the family of topological materials, and the
physical realization of heterojunctions between different types of WSMs is challenging. Here …

We study the rich properties of a topolectrical (TE) circuit array consisting of lossless basic
electrical components, such as capacitors and inductors, which can be designed to exhibit …

Weyl semimetals (WSM) exhibit chiral anomaly in their magnetotransport due to broken
conservation laws. Here, we analyze the magnetotransport of WSM in the presence of the …

Tunneling transport across electrical potential barriers in Weyl semimetals with tilted energy
dispersion is investigated. We report that the electrons around different valleys experience …

In a Josephson junction mediated by a two-dimensional irradiated topological insulator, the
current-phase relation can be electrically modulated, including the 0-π phase transition and …

The tilt-mismatch effect on resonant tunneling through an electrical potential barrier in
asymmetric tilt-Dirac cone junction is investigated. By varying barrier height, the angle …

In Weyl semimetals the location of linear band crossings, the Weyl cones, is not bound to
any high-symmetry point of the Brillouin zone, unlike the Dirac nodes in graphene. This …

The group delay time was theoretically studied in Weyl semimetals (WSMs) in the presence
of strain. The Hartman effect, where the delay time for tunneling through a barrier tends to a …

We propose a general method to realize and calculate the transmission in a Weyl semimetal
(WSM) heterostructure by employing a periodic three-dimensional topoelectrical (TE) circuit …