Quantum information processing enhances human's power to simulate nature in quantum
level and solve complex problem efficiently. During the process, a series of operators is …

Non-Hermitian parity-time (PT) and anti-parity-time (APT)-symmetric systems exhibit novel
quantum properties and have attracted increasing interest. Although many counterintuitive …

In the past years, many efforts have been made to study various noteworthy phenomena in
both parity-time (PT) and anti-parity-time (APT) symmetric systems. However, entanglement …

The recently theoretical and experimental researches on PT-symmetric system have
attracted unprecedented attention because of the various interesting features and potential …

We experimentally demonstrate an anti-parity-time (anti-PT)-symmetric photonic lattice in
thermal cesium atoms driven by two standing-wave laser fields. Such a lattice possesses …

Benefiting from the tunability of their phase delay and gain, we show the possibility of
realizing level attraction, parity-time (PT)-, and anti-PT-symmetric photonic structures with …

The efficient sensing of weak environmental perturbations via special degeneracies called
exceptional points in non-Hermitian systems has attracted enormous attention in the last few …

Fraunhofer light diffraction across a thin two-dimensional lattice of cold atoms subject to
transverse hybrid modulations of two standing-wave crossed pump fields is seen to yield …

We investigate the dynamics of a general two-level based anti-parity-time (anti-PT)-
symmetric qubit and study its decoherence as well as entanglement entropy properties. We …

A collection of cold rubidium atoms in three-level configuration trapped in one dimensional
(1D) optical lattice is revisited. The trapped atoms are considered in the Gaussian density …