Despite recent extensive studies of the non-Hermitian topology, understanding interaction
effects is left as a crucial question. In this paper, we address interaction effects on …

In spite of extensive works on non-Hermitian topology, interaction effects remain crucial
questions. We analyze correlated non-Hermitian systems with special emphasis on the one …

We analyze a zero-dimensional correlated system with special emphasis on the non-
Hermitian point-gap topology protected by chiral symmetry. Our analysis elucidates that …

Non-Hermitian topological systems exhibit properties very different from those of their
Hermitian counterparts. An important puzzling issue for non-Hermitian topological systems is …

We study the interplay of two distinct non-Hermitian parameters: directional coupling and on-
site gain and loss, together with topology, in coupled one-dimensional non-Hermitian Su …

Non-Hermitian systems are known for their intriguing topological properties, which underpin
various exotic physical phenomena. Exceptional points, in particular, play a pivotal role in …

The hallmark of symmetry-protected topological phases is the existence of anomalous
boundary states, which can only be realized with the corresponding bulk system. In this …

Non-orthogonality in non-Hermitian quantum systems gives rise to tremendous exotic
quantum phenomena, which can be fundamentally traced back to non-unitarity. In this …

Degeneracy points in non-Hermitian systems are of great interest. While a homotopic
framework exists for understanding their behavior in the absence of symmetry, it does not …

Classifications of symmetry-protected topological (SPT) phases provide a framework to
systematically understand the physical properties and potential applications of topological …