Inverted oscillators for testing gravity-induced quantum entanglement

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Unstable inverted oscillators generate the highest level of gravity-induced entanglement while resisting decoherence.
The analysis computes logarithmic negativity, showing that specific setups can effectively test quantum entanglement.
Proposed optical levitation experiment utilizes a sandwich configuration to minimize decoherence from photon shot noise.
Findings may lead to new experimental setups, potentially verifying quantum entanglement in gravitational contexts.

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Analysis reveals unstable oscillators can enhance quantum entanglement in experiments, suggesting new methods for overcoming decoherence.

Fujita et al. (2025) studied this question.

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