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Distinguishing quantum and classical gravity via nonstationary test mass dynamics

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The distinct oscillatory behavior of the test mass reveals critical differences in gravitational theories.
Nonstationary noise spectrum effectively captures unique features of the Schrödinger-Newton theory with ten trials.
Statistical inference methods can significantly reduce the experimental repetition needed to differentiate gravitational theories.
This analysis suggests promising directions for exploring quantum effects in gravitational dynamics.

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Study demonstrates unique oscillatory behavior in test mass dynamics, highlighting differences between quantum gravity and classical gravity.

Zhong et al. (2025) studied this question.

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Study demonstrates unique oscillatory behavior in test mass dynamics, highlighting differences between quantum gravity and classical gravity.