Recent theoretical and experimental attempts have been successful in finding magnetic
Weyl semimetal phases, which show nodal‐point structure in the electronic bands as well as …

We compute the transmission coefficients and zero-temperature conductance for chiral
quasiparticles propagating through various geometries, which consist of junctions of three …

The spin-transfer torque is a fundamental physical quantity to operate the spintronics
devices such as racetrack memory. We theoretically study the spin-transfer torque and …

The magnetotransport properties of disordered ferromagnetic Weyl semimetals are
investigated numerically. We found an extraordinarily stable and huge magnetoresistance …

We theoretically show that an interface formed by a three-dimensional Dirac/magnetic Weyl
semimetal deflects the propagation direction of hitting Weyl fermions according to their …

The magnetotransport properties of disordered ferromagnetic kagome layers are
investigated numerically. We show that a large domain-wall magnetoresistance or negative …

We systematically investigate the anisotropic magneto-conductivity and planar Hall effect in
tilted magnetic topological semimetals in the frame of Kubo formula by considering the …

We theoretically investigate the magnetotransport properties in magnetic junctions based on
tilted Weyl semimetals and concentrate on the manifestations of the tilted effect in the …

We propose an unconventional type of Hall effect in a topological Dirac semimetal with
ferromagnetic electrodes. The topological Dirac semimetal itself has time-reversal symmetry …

The studies of electron transport through a junction of topological materials in the literature
so far ignore the coupling of a topological material to its surrounding environment. Here, the …