Topological photonics is a rapidly emerging field of research in which geometrical and
topological ideas are exploited to design and control the behavior of light. Drawing …

We theoretically and experimentally study the side coupling between guided modes and
cavity modes in a one-way waveguide that is composed of a regular photonic crystal and a …

We experimentally realize one-way waveguides that work within the magnetic resonance–
induced band gap in a gyromagnetic photonic crystal made from ferrite rods. Our microwave …

We demonstrate a design of a perfect unidirectional absorber by constructing a magnetic
metamaterial (MM) made of an array of ferrite rods. Near the magnetic surface plasmon …

The major purpose of this paper is to present a brief overview of the history and the current
status of nanophotonics research in China, and to highlight some research results in the …

We discuss the role of the symmetries in photonic crystals and classify them according to the
Cartan–Altland–Zirnbauer scheme. Of particular importance are complex conjugation C and …

Because the dispersion properties of surface magnetoplasmons (SMPs) in a magnetized
plasmonic material closely depend on its cladding dielectric, it is possible to completely trap …

Gyromagnetic photonic crystal (GPC) offers a promising way to realize robust transport of
electromagnetic waves against backscattering from various disorders, perturbations and …

We propose a novel two-dimensional photonic crystal structure consisting of two line defect
waveguides and a cavity to realize mode conversion based on the coupling effect. The …

We theoretically and experimentally study the cavity modes in a gyromagnetic photonic
crystal (GPC). Because the permeability of gyromagnetic material relies on the dc magnetic …