We theoretically investigate continuous variable entanglement and macroscopic quantum
coherence in the hybrid L–G rotational cavity optomechanical system containing two YIG …

In the two microwave (MW) cross-shaped cavity magnon system, we describe a method to
produce multipartite entanglement and quantum steering. To achieve squeezed states of the …

In this work, we theoretically investigate single-mode Gaussian quantum coherence from a
comprehensive perspective. Based on analytical expressions of the first and second …

In this work, we theoretically investigate the optical second-order sideband (OSS) efficiency
and group delay of an output probe field in a two-coupled cavity magnomechanics (CMM) …

Ground-state cooling is a crucial issue in cavity magnomechanical systems, which have
emerged as a prominent platform for quantum detection technology due to their operational …

We propose a hybrid cavity–magnon optomechanical system incorporating mechanical
nonlinearity to enhance both bipartite and tripartite entanglement. This system consists of a …

We consider a cavity magnomechanical (CMM) system comprising magnon, cavity, and
phonon modes. The coupling between the magnon and cavity, as well as between magnon …

In the two microwave (MW) cross-shaped cavity magnon system, we describe a method to
produce multipartite entanglement and quantum steering. To achieve squeezed states of the …

We theoretically investigate the entanglement dynamics in a system consisting of two
coupled microwave cavities with yittrium iron garnet spheres placed inside each cavity. By …

We propose a method to increase the entanglement of two different magnon modes in cavity
magnomechanics through a nonlinear effect. One magnon mode in a ferrimagnet interacts …