Derives the same entanglement phase from frame dragging via Schrödinger evolution and path-integral methods in linearized gravity, including retardation effects, under locality assumptions that would imply non-classical gravity.
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Residual particle-shield interactions and thermal vibrations impose strict positional and orientational fluctuation thresholds for observing genuine gravitationally induced entanglement, with magnetic effects dominant in superconducting setups.
Verifying the Schrödinger equation for a single delocalized system in gravitational interaction implies gravity-mediated entanglement for two systems under two reasonable assumptions.
citing papers explorer
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Relativistic Gravity-Induced Entanglement via Frame Dragging
Derives the same entanglement phase from frame dragging via Schrödinger evolution and path-integral methods in linearized gravity, including retardation effects, under locality assumptions that would imply non-classical gravity.
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Stability Thresholds for Gravitationally Induced Entanglement in Shielded Setups
Residual particle-shield interactions and thermal vibrations impose strict positional and orientational fluctuation thresholds for observing genuine gravitationally induced entanglement, with magnetic effects dominant in superconducting setups.
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Existing experiments suffice to indirectly verify the quantum essence of gravity
Verifying the Schrödinger equation for a single delocalized system in gravitational interaction implies gravity-mediated entanglement for two systems under two reasonable assumptions.