缝隙理论(拓扑边界元胞模型)3D数值模拟与广义相对论度规场导出(精简版)Gap Theory (Topological Boundary Cell Model) 3D Numerical Simulation and Derivation of General Relativity Metric

Key Points

• The research aims to propose a new theoretical framework, Gap Theory, that connects discrete spacetime with general relativity.
• Developed the local coupling dynamics equations for three-dimensional gap units.
• Performed reproducible 3D numerical simulations under a discrete spacetime framework.
• Derived a Riemannian spacetime metric compatible with general relativity through macroscopic averaging of microscopic rotational fields.
• Established self-consistency in weak coupling and large-scale limits.
• Proposed two testable experimental predictions: Lorentz invariance breaking and cosmic ray energy spectrum cutoff.
• Demonstrated that discrete microscopic structures can emerge into continuous macroscopic spacetime.