Recently, a novel planar Hall effect (PHE), which results from the resistivity anisotropy
induced by an in-plane magnetic field, was discovered on the surface of topological …

The presence of both inversion (P) and time-reversal (T) symmetries in solids leads to a
double degeneracy of the electronic bands (Kramers degeneracy). By lifting the degeneracy …

Abstract Anti-perovskites A3SnO (A= Ca, Sr, and Ba) are an important class of materials due
to the emergence of Dirac cones and tiny mass gaps in their band structures originating from …

The interband optical absorption of linearly polarized light by two-dimensional (2D)
semimetals hosting tilted and anisotropic Dirac cones in the band structure is analysed …

We predict that a family of antiperovskite materials realize a higher-order topological
insulator phase, characterized by a previously introduced Z 4 index. A tight-binding model …

We investigate the band structure of the inverse perovskite Ca 3 PbO, a candidate three-
dimensional (3D) Dirac fermion material, through soft x-ray angle-resolved photoemission …

Recently, the gapless Dirac/Weyl nodal semimetals with linear dispersion and topologically
protected modes degeneracy have been rapidly growing frontiers of topological physics …

A bstract Lorentz symmetry appears as a quite robust feature of the strongly interacting Dirac
materials even though the lattice interactions break such a symmetry. We here demonstrate …

In planar tilted Dirac cone systems, the tilt parameter can be made space-dependent by
either a perpendicular displacement field or by chemical substitution in certain systems. We …

Topological materials are derived from the interplay between symmetry and topology.
Advances in topological band theories have led to the prediction that the antiperovskite …