The topological phase transition in a Hermitian system is associated with a change in the
topological invariant that characterizes the band structure of the two distinct phases …

Recent experimental breakthroughs in non-Hermitian ultracold atomic lattices have dangled
tantalizing prospects in realizing exotic, hitherto unreported, many-body non-Hermitian …

The eigennmodes in a non-Hermitian system containing nonreciprocal couplings may
exhibit an extreme localization, also known as non-Hermitian skin effect (NHSE), under …

We investigate the twisted topology of the complex eigenspectrum of a one-dimensional non-
Hermitian system under the influence of long-range unidirectional coupling. Unlike the …

We present a study of complex energy braiding in a one-dimensional non-Hermitian system
with n th-order long-range asymmetrical coupling. Our work highlights the emergence of …

In this paper, we demonstrate the emergence and disappearance of topological zero modes
(TZMs) in a coupled topolectrical (TE) circuit lattice. Specifically, we consider non-Hermitian …

We study the rich properties of a topolectrical (TE) circuit array consisting of lossless basic
electrical components, such as capacitors and inductors, which can be designed to exhibit …

Non-Hermitian topological systems exhibit a plethora of unusual topological phenomena
including the extreme localization of eigenstates, known as the non-Hermitian skin effect …

We propose a scheme to realize various non-Hermitian topological phases in a topolectrical
(TE) circuit network consisting of resistors, inductors, and capacitors. These phases are …

We uncover a non-Hermitian skin mode in which the eigenmodes of a nonreciprocal
topoelectrical (TE) heterojunction circuit array are localized at the heterojunction interface …