Gaussian white noise on a barrier maps to a Lindblad equation that analytically suppresses Fabry-Pérot oscillations and Klein tunneling in graphene, even at normal incidence.
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Bound states remain stable when their energy lies inside the reservoir band gap, and weak interactions make their lifetime finite but increasable by stronger system-reservoir coupling.
Tuning the coupling ratio in a two-qubit Heisenberg model coupled to a fermionic bath induces entanglement redistribution whose mutual information measures parallel the Page curve and yield an effective temperature scaling like Hawking temperature.
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Analytical Treatment of Noise-Suppressed Klein Tunneling in Graphene with Possible Implications for Quantum-Dot Qubits
Gaussian white noise on a barrier maps to a Lindblad equation that analytically suppresses Fabry-Pérot oscillations and Klein tunneling in graphene, even at normal incidence.
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Exploring bosonic bound states with parallel reaction coordinates
Bound states remain stable when their energy lies inside the reservoir band gap, and weak interactions make their lifetime finite but increasable by stronger system-reservoir coupling.
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Tracking Entanglement Transfer: Emergence of Thermodynamics from Quantum Information
Tuning the coupling ratio in a two-qubit Heisenberg model coupled to a fermionic bath induces entanglement redistribution whose mutual information measures parallel the Page curve and yield an effective temperature scaling like Hawking temperature.