We study the exact Markovian and non-Markovian dynamics of entanglement, excited-state
population, and quantum memory-assisted entropic uncertainty of two dipole-dipole …

In this paper, we consider the entanglement dynamics of two identical qubits (two-level
atoms) accompanied by dipole–dipole interaction within a common reservoir in the strong …

In this paper we study the interaction between two qutrits (Λ-type three-level atoms) with a
two-mode field in a high quality cavity, considering the field-field (FF) correlation and dipole …

We study quantum discord dynamic of two atomic qubits moving inside a leaky cavity, where
the two-qubit system is driven by a classical field. We suppose that the qubits are coupled to …

In this paper, the entanglement between two qubits that exist in two distinct cavities which
are connected by an optical fiber is investigated by using the concurrence, while two-photon …

In this work, a coupled system of two V‐type atoms with dipole–dipole interaction in a
dissipative single‐mode cavity, which couples with an external environment, is studied. The …

Recalling that counter rotating terms (CRTs) in atom–field interaction are not always
ignorable, particularly in the strong coupling regimes of atom–field systems, in this paper we …

A quantum model for the interaction between asymmetric two two-level atoms and an
electromagnetic field is presented. The k-photon processes and atom–atom interaction are …

A system consisting of a three-level atom trapped in a single-mode optical cavity is
theoretically investigated. Under different conditions, this system can illustrate the behaviors …

Producing and protecting the coherence and entanglement is of practical importance in
quantum information processing and technologies. In this paper, using the Tavis-Cummings …