Different unravelings of open quantum systems cannot be distinguished by any protocol without prior knowledge of the measurement scheme, since access to unraveling-dependent nonlinear statistics would violate relativistic causality.
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Reports signature of arrested prethermal relaxation in NO ultracold plasma blocked by high-l Rydberg gap, with local RF or state excitation driving global equilibration via dissipation.
Effective non-Hermitian systems with interactions are incompatible with direct inclusion of anti-Hermitian terms in Matsubara Green's functions and are instead described by pseudo-Hermitian quantum mechanics.
External driving of the magnonic part in a weakly hybridized magnon-photon system enables tunable quantum heat rectification across the full physical range.
citing papers explorer
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Theoretical Limits of Protocols for Distinguishing Different Unravelings
Different unravelings of open quantum systems cannot be distinguished by any protocol without prior knowledge of the measurement scheme, since access to unraveling-dependent nonlinear statistics would violate relativistic causality.
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Dynamical control in a prethermalized molecular ultracold plasma: Local dissipation drives global relaxation
Reports signature of arrested prethermal relaxation in NO ultracold plasma blocked by high-l Rydberg gap, with local RF or state excitation driving global equilibration via dissipation.
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Physical constraints on effective non-Hermitian systems
Effective non-Hermitian systems with interactions are incompatible with direct inclusion of anti-Hermitian terms in Matsubara Green's functions and are instead described by pseudo-Hermitian quantum mechanics.
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Driven Magnon-Photon System as a Tunable Quantum Heat Rectifier
External driving of the magnonic part in a weakly hybridized magnon-photon system enables tunable quantum heat rectification across the full physical range.