We investigate the coherent feedback loop scheme to improve the quantum correlations
transfer from optical to mechanical degrees of freedom in a double cavity optomechanical …

As an active quantum system, the correlated spontaneous emission laser has many
valuable applications in quantum information processing. Here, we report on temporal …

In this work, we analyze the enhancement of the transfer of the quantum correlations from
squeezed light to movable mirrors in an optomechanical system. This transfer is produced …

We theoretically implement the protocol of continuous variable quantum teleportation
wherein Alice and Bob share a state built by a linear beam splitter as general two-mode …

Quantum state teleportation is an important protocol that plays a pivotal role in various
quantum information tasks. Here we theoretically investigate quantum state teleportation by …

Conditions for experimental detection of asymmetric one-way quantum steering in a three-
mode optomechanical system are examined. We consider cases of collective steering in …

Bipartite quantum entanglement has numerous practical applications in quantum
computation and communication. Here, we study the temporal evolution of bipartite …

In this study, we quantify quantum steering, quantum entanglement, and quantum discord
and their interconnection using the technique of parametric down-conversion. Initially, two …

Quantum discord, an appropriate measure of quantum correlation, is analyzed in a two-
mode Gaussian state of the cavity field evolved by a system of quantum beat laser. In the …