We propose a simple scheme to generate quantum entanglement and one-way steering
between distinct mode pairs in a generic cavity magnomechanical system, which is …

The transportation of photons and phonons typically obeys the principle of reciprocity.
Breaking reciprocity of these bosonic excitations will enable the corresponding …

Ground-state cooling of the mechanical degree of freedom is a fundamental requirement for
quantum state transfer between relevant optical and mechanical systems. Here, we fabricate …

We explore the prospects of phase-modulated optical nonreciprocity and enhanced ground-
state cooling of a mechanical resonator for the reversed-dissipation system, where the …

The nonreciprocal photon transmission between two optical modes which are nonlinearly
coupled in a cross-Kerr type is investigated by using a damped auxiliary optical mode as …

In an optomechanical system, we experimentally engineer the optical density of state to
reduce or broaden the effective linewidth of the optical mode by introducing an ancillary …

Quantum entanglement and Einstein–Podolsky–Rosen (EPR) steering are valuable
resources in quantum information processing. How to enhance the quantum entanglement …

We study reservoir-engineered entanglement for a cascaded bosonic system consisting of
three modes, where the adjacent pairs couple to each other via both the beam-splitter …

Dissipative couplings between solid-cavity optomechanical oscillators provide an underlying
mechanism for many physical phenomena, such as level attraction, non-Hermitian parity …

Entanglement of optical mode and mechanical mode plays a significant role for quantum
information processing and memory. This type of optomechanical entanglement is always …