Hybridized magnonic–photonic systems promise novel applications for future information
processing technologies. Here, a hybrid magnonic system comprising of a qutrit (Λ‐type …

We estimate the quantum state of a two-level atom and the coherent field in a Kerr medium
subject to the cavity damping. The density matrix of the field is considered within the …

The interaction between two Ξ-type three-level atoms and a single-mode cavity field in the
intensity-dependent coupling regime has been studied. The exact analytical solution of the …

The engineering of Kerr and time-dependent coupling interactions is of great attention for
treating quantum information in quantum systems and for investigating the collective …

An entangled state, as an essential tool in quantum information processing, may be
generated through the interaction between light and matter in cavity quantum …

In this paper, a model in which two moving atoms interact with a two-mode field with
nondegenerate two-photon transitions is studied in the presence of intensity-dependent …

In this paper, we investigate the possibility of entanglement swapping between two
independent nonperfect cavities consisting of an atom with finite lifetime of atomic levels (as …

We present a general problem of quantum entanglement quantified by von Neumann
entropy for N-level atomic system. Time evolution of state vector of the entire system is …

In this paper, we introduce a new non-Gaussian state called superposition of photon-added
pair coherent state (SPAPCS) by superposition addition of photons to two modes of a pair …

In this paper, we present a model which exhibits two identical Ξ-type three-level atoms
interacting with a single-mode field with k-photon transition in an optical cavity enclosed by a …