We address the effective generation of thermal non-classical correlations in two two-level
atoms when exposed to a Fock-state cavity incorporated with classical decoherence effects …

Abstract A two-spin-1/2 Heisenberg XYZ model with Dzyaloshinsky–Moriya (DM) and
Kaplan–Shekhtman–Entin-Wohlman–Aharony (KSEA) interactions in the presence of an …

When two qubits are prepared in a mixture of two Bell states and exposed to local
transmission channels, the dynamics of steerability, Bell nonlocality, and average steered …

The preservation of quantum correlations requires optimal procedures and the proper
design of the transmitting channels. In this regard, we address designing a hybrid channel …

We investigate the behavior of tripartite entanglement and entropy disorder in three non-
interacting qubits that are first prepared in a mixture state containing Greenberger–Horne …

We investigate the average fidelity of teleportation for a system of two superconducting
qubits under a dephasing noisy channel. Using the classical fidelity threshold concept, we …

Studying qubit‐qutrit systems is crucial to harnessing their quantum advantages, especially
in quantum secure technologies. In this regard, the present work consists of considering a …

Investigating the favorable configurations for non-classical correlations preservation has
remained a hotly debated topic for the last decade. In this regard, we present a two-qubit …

The influences of intrinsic decoherence, tunnelling rates, and Coulomb coupling interaction
on the behaviour of negativity, quantum coherence and the measurement-induced …

This paper investigates the entanglement dynamics of a two‐qubit system in the presence of
n‐sequential sin 2 \sin^2‐pulse shape. The study explores entanglement under two …