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Theoretical analysis reveals classical gravity can induce entanglement in quantum matter, suggesting urgent research needs.
Ever since gravity-induced entanglement (GIE) experiments have been proposed as a witness of the quantum nature of gravity, theories of classical gravity coupled to quantum matter have been shown to predict GIE, despite the existence of several theory-independent no-go theorems purportedly claiming that it should be impossible. We explain why this is possible, and why this makes the study of GIE experiments, and of low-energy quantum gravity effects in general, an even more urgent matter in quantum gravity research.
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Andrea Di Biagio (2026) studied this question.
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