G-MaTT: A Unified Geometric Theory of Spacetime, Forces, Masses, Dark Matter, and Dark Energy from a Single Primordial Torsion Field

Abstract Generalized Mass as Twisted Time (G-MaTT) is a unification programme in which one single pre-geometric potential \(\mathcal{M}_\mu\) gives rise to spacetime, gauge interactions, all fermion masses (charged and neutral), dark matter, and dark energy through phase evolution (time) and emergent torsion (mass) alone. No extra dimensions, no new particles, no free parameters beyond the measured fine-structure constant α ≈ 1/137 are introduced. This paper presents the complete current status of the theory: six independent Zenodo preprints (2025) that together derive spacetime and gravity, the value of α, dark matter as a velocity coherence threshold, dark energy from infinite torsion-time interference, the entire charged and neutral fermion mass spectrum from twistor phase-manifold volumes and phase defects, large-scale cosmic structure (voids, filaments, clusters) as the frozen imprint of torsional swing, spin, and twist at initiation. All predictions are consistent with observation; several are testable by near-future experiments (Euclid, CMB-S4, DUNE, Project 8). G-MaTT realises Einstein’s vision of a purely geometric universe using only the internal phase structure of a single pre-geometric field.