FRACTURE GENESIS

This thesis presents a novel model for the origin of the universe, termed the Fracture Genesis Model (FGM), where spacetime emerges from a rupture within a latent substrate. Extending this, the Micro-Rupture Genesis (MRG) framework proposes that particles arise through quantum-scale tension releases. The theory reinterprets inflation, vacuum structure, and field interactions with precise derivations and field tensor definitions. Appendices compare FGM to Dirac’s hole theory, and diagrammatic representations are included. Authored by Steven Benoni, this original theoretical work redefines early cosmological emergence through structured rupture mechanics.