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Modeling spacetime as a quantum tensor network reveals the Einstein Field Equations, suggesting broad implications.
We model spacetime at the Planck scale as a dynamic quantum tensor network. By applying four universal principles — system integrity, balance, feedback, and interconnectedness — we derive discrete analogues of curvature and Einstein Field Equations. Network entropy and information-theoretic measures quantify stability, and testable predictions are proposed. Applications extend to cognition, social systems, and education, demonstrating universality.
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Angelito Enriquez Malicse (2026) studied this question.
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