Photonic transport facilitated by topological protection is a proposed advantage of photonic
topological waveguides based on valley photonic crystals (VPCs). Although topological …

Photonic diplexers are being widely investigated for high data transfer rates in on‐chip
communication. However, dividing the available spectrum into nonoverlapping multicarrier …

The realization of integrated, low-loss, and efficient systems for data-intensive applications
such as augmented and virtual reality requires on-chip integrated photonic circuits, which …

We present a new high-efficiency splitter waveguide design based on photonic topological
insulators. The system's robust edge states allow electromagnetic waves to propagate in the …

In photonic crystal systems, topologically protected edge states and corner states can be
achieved by breaking spatial inversion symmetry, which is expected to be applied to …

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

Topological edge states are commonly excited by dipole sources or waveguide couplers. In
practice, however, such near-field excitations are unfavorable and the simplest way is to use …

Topological photonics allow for the significant improvements in the performances and
integration degrees of on-chip optical devices, paving the way for the build-up of next …

We propose and demonstrate an on-chip 1× N power splitter based on topological photonic
crystal (TPC) on a monolithic silicon photonic platform. Benefiting from the valley-locked …