Authors develop a quantum counterfactual formalism with measurement settings as antecedents that non-trivially answers hypothetical questions about alternative detectors.
Can quantum- mechanical description of physical reality be considered complete?
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Gravitational interaction generates entanglement in two mesoscopic particles even with decoherence if coupling is strong, with computed optimal duration and a device-independent verification condition.
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Counterfactual quantum measurements
Authors develop a quantum counterfactual formalism with measurement settings as antecedents that non-trivially answers hypothetical questions about alternative detectors.
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Entanglement dynamics of two mesoscopic objects with gravitational interaction
Gravitational interaction generates entanglement in two mesoscopic particles even with decoherence if coupling is strong, with computed optimal duration and a device-independent verification condition.