Non-Hermitian photonics and topological photonics, as new research fields in optics, have
attracted much attention in recent years, accompanying by a great deal of new physical …

Non-Hermitian systems reveal rich physics beyond the Hermitian regime, and have aroused
great interest. One remarkable physical phenomenon is the non-Hermitian skin effect …

The non-Hermitian skin effect (NHSE) in non-Hermitian lattice systems, associated with a
point gap on the complex energy plane, has attracted great theoretical and experimental …

We revisit the problem of classifying topological band structures in non-Hermitian systems.
Recently, a solution has been proposed, which is based on redefining the notion of energy …

The non-Bloch band theory can describe energy bands in a one-dimensional (1D) non-
Hermitian system. On the other hand, whether the non-Bloch band theory can be extended …

Useful in the enhancement of light-matter interaction, localization of light is at the heart of
photonics studies. Different approaches have been proposed to localize light, including …

We study interaction-induced Mott insulators, and their topological properties in a one-
dimensional non-Hermitian strongly correlated spinful fermionic superlattice system with …

In this Letter, we study three-dimensional non-Hermitian higher-order Dirac semimetals
(NHHODSMs). Our focus is on C 4-symmetric non-Hermitian systems where we investigate …

Topological photonic edge states are conventionally formed at the interface between two
domains of topologically trivial and nontrivial photonic crystals. Recent works exploiting …

Topological materials exhibit edge-localized scattering-free modes protected by their
nontrivial bulk topology through the bulk-edge correspondence in Hermitian systems. While …