Coulomb interactions in the Anderson impurity model can change operating regimes and enhance efficiency of a quantum Otto cycle.
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Derives a generalized GKSL master equation for PT-symmetric two-level open quantum systems and compares non-Markovian witness, fidelity, and entanglement with Hermitian counterparts.
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Quantum Otto cycle in the Anderson impurity model
Coulomb interactions in the Anderson impurity model can change operating regimes and enhance efficiency of a quantum Otto cycle.
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$\mathcal{PT-}$Symmetric Two-Level Open Quantum Systems: Information Theoretic Facets
Derives a generalized GKSL master equation for PT-symmetric two-level open quantum systems and compares non-Markovian witness, fidelity, and entanglement with Hermitian counterparts.