Chiral edge states are a hallmark feature of two-dimensional topological materials. Such
states must propagate along the edges of the bulk either clockwise or counterclockwise, and …

We construct an electrical circuit to realize a modified Haldane lattice exhibiting the
phenomenon of antichiral edge states. The circuit consists of a network of inductors and …

Antichiral gyromagnetic photonic crystal (GPC) in a honeycomb lattice with the two
interpenetrating triangular sublattices A and B magnetically biased in opposite directions …

We investigate the Andreev reflection in an 8-P mmn borophene-based normal metal-
superconductor junction by solving the Dirac–Bogoliubov–de Gennes equation. There are …

The antichiral edge states induced by the modified Haldane model have been predicted in
the previous studies. In this study, other types of antichiral edge states are proposed by …

We present a design to achieve antichiral edge states in acoustic systems where edge
states on the two parallel edges of a lattice with a strip geometry propagate in the same …

Topological photonics has recently opened up a promising frontier for electromagnetic wave
and light manipulation and has made great progress from unique physical concepts to novel …

Antichiral edge state (AES) was theoretical proposed by Colomés and Franz (2018 Phys.
Rev. Lett. 120 (8): 086603), which is recently realized in experiment. Under increasing the …

The recent discovery of anti‐chiral edge states in magnetic semimetals linking two unequal‐
frequency bulk Dirac nodes manifests a paradoxical picture in contrast to the chiral behavior …

We study the topological properties of the Haldane and modified Haldane models in α-T 3
lattice. The band structures and phase diagrams of the system are investigated. Individually …