A scheme is proposed to enhance the photon blockade effect in a hybrid optomechanical
system with a Λ-type atom driven by the microwave. Through analyzing the conventional …

We study the optical transmission characteristics of coupled spinning optomechanical
resonators with pump-probe driven lasers. Under the steady-state conditions, we focus on …

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 …

A scheme is proposed to cool a rotating mirror close to its ground state in a double-Laguerre-
Gaussian-cavity optomechanical system, where an auxiliary cavity and a two-level atomic …

We consider a dissipative cavity optomechanical system which couples to an auxiliary cavity
with a high-quality factor and is driven by an amplitude-modulated laser field. Due to the …

We study the physical properties of double-cavity optomechanical system in which the
mechanical resonator interacts with one of the coupled cavities and another cavity is used …

The noise reduction in squeezed states makes them a powerful nonclassical resource in
quantum technologies, especially in quantum sensing, and an essential step for the ongoing …

It is usually difficult to generate mechanical squeezing in standard optomechanical systems
when the decay rate of the cavity or the effective coupling strength of the system is too large …

A hybrid optomechanical system which is composed of an atomic ensemble and a standard
optomechanical cavity driven by a periodically modulated external laser field is investigated …

We propose a scheme to show that the system consisting of two macroscopic oscillators
separated in space which are coupled through Coulomb interaction displays the classical-to …