We propose how to generate a tripartite light-vibration entanglement by controlling an
optical dark mode (ODM), which is induced by the coupling of two optical modes to a …

Coaxing vibrations in the regimes of both large mass and high temperature into their
motional quantum ground states is extremely challenging, because it requires an ultra-high …

We propose a mechanism to simultaneously enhance quantum cooling and entanglement
via coupling an auxiliary microwave cavity to a magnomechanical cavity. The auxiliary cavity …

Imposing topological operations encircling an exceptional point (EP) engenders
unconventional one-way topological phonon transfer (TPT), strictly depending on the …

The simultaneous ground-state refrigeration of multiple vibrational modes is a prerequisite
for observing significant quantum effects of multiple-vibration systems. Here we propose …

Squeezing light in an optomechanical system involves reducing quantum noise in one of the
light's quadratures through the interaction between optical and mechanical modes …

We investigate the transmission of probe fields in a coupled-cavity system with polaritons
and propose a theoretical schema for realizing a polariton-based photonic transistor. When …

We theoretically study the second-order sideband generation and slow-fast light effects in a
parity-time (PT) symmetric optomechanical system, which consists of an active cavity and a …

The energy transfer between different subsystems or different vibration modes is always one
of the most interested problems in the study of the resonance phenomena in coupled …

Chaos is important in nonlinear science and promotes the development of fundamental
studies, such as neural networks, extreme event statistics, and electron transport. In this …