A symmetric quantum clock interferometer around a rotating mass could in principle isolate post-Newtonian frame dragging and test gravity-induced entanglement, but the predicted proper-time differences are far too small to detect.
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Detectability of post-Newtonian classical and quantum gravity via quantum clock interferometry
A symmetric quantum clock interferometer around a rotating mass could in principle isolate post-Newtonian frame dragging and test gravity-induced entanglement, but the predicted proper-time differences are far too small to detect.