We theoretically study the non-Markovian disentanglement dynamics of a two-qubit system
coupled to nonequilibrium environments with nonstationary and non-Markovian random …

We theoretically study the decoherence of a two-level quantum system coupled to noisy
environments exhibiting linear and quadratic fluctuations within the framework of a …

We investigate the quantum temporal steering (TS), measured by temporal steering
robustness R TS, of a two-level system coupling to a nonequilibrium environment, for the …

Correlations in the open quantum systems manifest a rich phenomenology under the
influence of various physical sources of noise. We theoretically study the dynamics of …

We investigate theoretically the dynamics of 1-norm geometric quantum correlations and
their classical counterparts in a two-qubit system. Both qubits are initially prepared in Bell …

We generalize an approach to studying the quantum state tomography (QST) of open
systems in terms of the dynamical map in Kraus representation within the framework of …

The impact of nonequilibrium environment effects on the accuracy of quantum parameter
estimation is investigated, and it is found that these effects can significantly affect estimation …

The entropic uncertainty relation imposes a limit on the accuracy of measurement outcomes
of two conjugate observables, which can be reduced in the presence of quantum memory …

Quantum sensors offer exceptional sensitivity to nanoscale magnetic field fluctuations,
where non-stationary effects such as spin diffusion and non-Markovian dynamics arising …

Correlations in the open quantum systems exhibit a rich phenomenology in various
decoherent environments. We theoretically study the dynamics of quantum and classical …