Emergent Elementary Charge via Effective Optical Geometry in Born-Infeld Electrodynamics

🚀 The First Experimental Validation of the IGD Unified Field Framework The Williamson-van der Mark (WvdM) toroidal photon model offers a topological description of the electron but predicts a “bare” charge of qflat ≈ 1.47 × 10−19 C to satisfy spin quantization (J = ℏ/2) in flat Minkowski space. We propose that the discrepancy with the experimental elementary charge (e ≈ 1.602 × 10−19 C) is a geometric artifact arising from vacuum nonlinearity. By invoking Born-Infeld electrodynamics, we demonstrate that the photon propagates within a self-generated effective optical metric (Gordon metric). The saturation of field intensity in the soliton core modifies the effective volume element, reducing the integrated angular momentum for a given charge. To preserve the topological invariant J = ℏ/2, the coupling constant must be renormalized upwards. We derive a geometric correction factor χ, determined uniquely by the virial equilibrium of the soliton, yielding χ ≈ 1.090. This factor precisely bridges the gap between the flat-space prediction and the observed elementary charge, suggesting that e is an emergent quantity of nonlinear vacuum geometry 🔐 Immutable Cryptographic Proof (IPFS): This document is permanently pinned to the InterPlanetary File System (IPFS) for decentralized verification. CID (Content Identifier): bafkreicjqr64zocm6rn2llbl74g6le24amlhubn54gieojuehajpdalsfe Public Gateway: https://ipfs.io/ipfs/bafkreicjqr64zocm6rn2llbl74g6le24amlhubn54gieojuehajpdalsfe