Charge-Entanglement Ontology: A Geometric Foundation for Emergent Forces, Spacetime, and Gravitational Waves The Principles of Geometric Relativity Paper 5

Charge-Entanglement Ontology: A Geometric Foundation for Emergent Forces, Spacetime, and Gravitational Waves The Principles of Geometric Relativity, Paper 5 We introduce the Charge-Entanglement Ontology, a minimal geometric framework that derives all fundamental forces, emergent spacetime, and relational time from a single primitive: irreducible charge polarity asymmetry realized as a +/− dipole pair. This asymmetry manifests as an elliptical “Alpha Void Tear” stabilized by vacuum pressure against centrifugal dipole circulation. All interactions emerge relationally from modulated drainage flows, with the locking level \( n \) and elliptical geometry controlling the hierarchy of forces. The ontology exactly reproduces general relativity and low-energy Standard Model physics in the weak-field, low-\( n \) limit, while generating sharp, falsifiable predictions at higher energies and locking levels—including chiral gravitational-wave memory tails with exact phase offsets, \( n \)-dependent black-hole ring-down signatures, resonant low-energy transmutations, quadratic magnetic time dilation, and high-\( n \) dark-matter candidates. The framework offers a scale-neutral, conservative yet predictive unification grounded in elliptical geometry and discrete locking dynamics.