Geometric Emergence of Electron Charge via Einstein-Born-Infeld Regularization

🚀 The First Experimental Validation of the IGD Unified Field Framework This paper presents the foundational proof-of-concept for the Institute for Geometric Dynamics (IGD) Unified Field Theory. By successfully deriving the elementary charge (e) from the geometry of spacetime alone, we demonstrate that electromagnetism and gravity are not separate forces, but coupled manifestations of a unified topological structure. Key Achievement: Geometrization of the electron via Einstein-Born-Infeld (EBI) gravity, bridging the gap between General Relativity and Quantum Electrodynamics. The Williamson-van der Mark (WvdM) photon model of the electron successfully predicts theelectron’s topology but underestimates the elementary charge by approximately 8.5% (1.47 vs 1.602×10−19 C) when calculated in flat Minkowski space. We propose that this discrepancy is not an errorbut a geometric feature arising from the self-gravitational field of the electron. By incorporating theEinstein-Born-Infeld (EBI) Lagrangian, we derive a regularized Kerr-Newman metric where vacuumnonlinearity prevents singularity formation. We demonstrate that the resulting frame-dragging andspatial curvature induce a topological stretching factor χ ≈ 1.09. This correction perfectly bridgesthe gap between the WvdM geometric charge and the observed experimental value, suggesting thatcharge is an emergent property of curved spacetime topology. 🔐 Immutable Cryptographic Proof (IPFS): This document is permanently pinned to the InterPlanetary File System (IPFS) for decentralized verification. CID (Content Identifier): bafkreibgamquok4vuhhbc6bfxrhj7uneg6ygkdd56hrarwekugcjfdp5rq IPFS Gateway: View Immutable Record