Recent research in topological photonics has not only proposed and realized novel
topological phenomena such as one‐way broadband propagation and robust transport of …

Topological photonics has attracted increasing attention in recent years due to the unique
opportunities it provides to manipulate light in a robust way immune to disorder and defects …

Topologically protected photonic edge states offer unprecedented robust propagation of
photons that are promising for waveguiding, lasing, and quantum information processing …

Topologically protected edge states based on valley photonic crystals (VPCs) have been
widely studied, from theoretical verification to technical applications. However, research on …

The topological edge state (TES) and topological corner state (TCS) in photonic crystals
(PCs) provide effective ways to manipulate the propagation of light. To improve the …

Topological photonics provides a platform for robust energy transport regardless of sharp
corners and defects. Recently, the frequency multiplexing topological devices have attracted …

Photonic topological insulators protected by the lattice spatial symmetry (eg, inversion and
rotation symmetry) mainly support single type edge state, interpreted by either valley or …

We systematically study the first-and second-order band topologies, which are tied to the
pseudospin and valley degree of freedoms (DOFs), in honeycomb-kagome photonic crystals …

Topological photonics is an emergent field at the cross of photonics and topological physics
which opens our eyes to novel topological phenomena and versatile photonic effects …

Topological edge states (ES) arise at the boundary between spatial domains with diverse
topological properties in photonic crystals, which can transmit unidirectionally to suppress …