Abstract The kagome lattice Co3Sn2S2 exhibits the quintessential topological phenomena
of a magnetic Weyl semimetal such as the chiral anomaly and Fermi-arc surface states …

The electronic properties of graphene have been intensively investigated over the past
decade. However, the singular orbital magnetism of undoped graphene, a fundamental …

We uncover an unexpected family of in-gap chiral edge states in noninverted spin-1 Dirac
quantum dots. The system represents a topologically trivial confinement configuration where …

We investigate the low-energy electronic structure of a Weyl semimetal quantum dot (QD)
with a simple model Hamiltonian with only two Weyl points. Distinguished from the …

We investigate the electronic and transport properties of the bismuth (1 1 1) bilayer in the
context of the stability of its topological properties against different perturbations. The effects …

We propose an approach concerning the derivation of the spin-resolved orbital
magnetization in ferromagnets with spin-orbit interaction. An approach is presented in full …

We investigate energy spectra of Bi honeycomb quantum dots (BiQDs) considering buckled
hexagonal and triangular structures with zigzag and armchair edges. We apply the four …

We investigate topological phases in two-dimensional Bi/Sb honeycomb crystals
considering planar and buckled structures, both freestanding and deposited on a substrate …

Edge and bulk energy levels can coexist in a quantum dot (QD) made of a topological
insulator. Interference effect will occur between bulk and edge levels and also between …

Graphene is one the most studied materials in condensed matter because of its astonishing
properties related to its linear dispersion relation. One of these properties is the diamagnetic …