What question did this study set out to answer?

The aim is to explore how quantum entanglement affects spacetime geometry and gravitational dynamics.

February 2, 2026Open Access

Emergent Spacetime from Disentanglement Dynamics

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This framework reveals gravitational dynamics in spacetime through quantum entanglement, suggesting new theories.

The aim is to explore how quantum entanglement affects spacetime geometry and gravitational dynamics.
Proposed a scalar constraint field Γ(x) to characterize quantum correlation suppression.
Developed a dimensionless potential φ to relate gravity with spacetime.
Introduced a variational action principle for φ-dynamics and experimental tests.
Explored the microscopic origin of Γ0 through horizon entanglement.
Successfully reproduced Newtonian gravity through spatial gradients.
Confirmed GPS timing accuracy within 0.3% error and Hawking temperature consistency.
Identified connections between entanglement renormalization and emergent gravity.

R. Tang (2026) studied this question.

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