In quantum field theory, a classical gravitational potential can entangle two superposed masses through virtual matter exchange, so gravitationally induced entanglement is not by itself proof of quantum gravity.
(ed.) When Zeh meets Feynman: How to avoid the appearance of a classical World in gravity experiments, pp
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Classical theories of gravity produce entanglement
In quantum field theory, a classical gravitational potential can entangle two superposed masses through virtual matter exchange, so gravitationally induced entanglement is not by itself proof of quantum gravity.