The engineering features of transmitting mediums and their impact on different
characteristics of a quantum system play a significant role in the efficient performance of …

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 …

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 …

The collective effects of Markovian and non‐Markovian classical fields on the dynamics of
entanglement, coherence, and quantum state mixing in a three‐qubit mixed entangled state …

Quantum teleportation allows the transmission of unknown quantum states over arbitrary
distances. This paper studies quantum teleportation via two non-interacting qubits coupled …

The dephasing effects of two independent local mixed static‐Ornstein Uhlenbeck (STC‐
OUK) noisy channels on the dynamics of two‐qubit non‐classical correlations, non‐locality …

The influence of classical stochastic noise on three quantum correlation measurements of
an accelerated qubit–qutrit system is examined. Bidirectional steerability, entanglement, and …

The type of environments to which a quantum system is exposed has a significant impact on
the quantum system's entanglement and coherence protection. In this regard, we investigate …

We investigate the dynamics and protection of entanglement and coherence in three non-
interacting qubits that are initially prepared as mixed entangled GHZ-like state when …