Exceptional points are the branch-point singularities of non-Hermitian Hamiltonians and
have rich consequences in open-system dynamics. While the exceptional points and their …

Monitored quantum many-body systems display a rich pattern of entanglement dynamics,
which is unique to this nonunitary setting. This work studies the effect of quantum jumps on …

Exceptional points (EPs) are singularities in the spectra of non-Hermitian operators where
eigenvalues and eigenvectors coalesce. Open quantum systems have recently been …

This topical review article reports rapid progress on the generalization and application of
entanglement in non-Hermitian free-fermion quantum systems. We begin by examining the …

Parity‐time (PT) symmetric systems with gain‐loss balanced structures can have entirely
real eigenenergy spectra despite their non‐Hermitian nature, leading to peculiar discoveries …

The Wannier-Stark localization dynamically alters the entanglement behavior of non-
Hermitian free fermions. Utilizing the single-particle correlation matrix technique, we analyze …

Non-Hermitian dynamics exhibits a wealth of surprising and potentially useful phenomena.
However, it is typically realized by coupling a system with thermal reservoirs, which makes …

We systematically characterize the dynamical evolution of time-parity (PT)-symmetric two-
level systems with spin-dependent dissipations. If the control parameters of the gap are …

Over the past decade, classical optical systems with gain or loss, modeled by non-Hermitian
parity-time symmetric Hamiltonians, have been deeply investigated. Yet, their applicability to …

Owing to the presence of exceptional points (EPs), non-Hermitian (NH) systems can display
intriguing topological phenomena without Hermitian analogs. However, experimental …