Emergent Spacetime from Quantum Tensor Networks: Derivation of Einstein Field Equations from Systemic Principles

Key Points

• This research aims to model spacetime at the Planck scale using quantum tensor networks and derive significant equations.
• Modeled spacetime as a dynamic quantum tensor network
• Applied four universal principles: system integrity, balance, feedback, and interconnectedness
• Derived discrete analogues of curvature and the Einstein Field Equations
• Utilized network entropy and information-theoretic measures for stability quantification
• Established a framework for deriving the Einstein Field Equations from systemic principles
• Proposed testable predictions for the model
• Demonstrated applications in cognition, social systems, and education showing universality