Axioms

We propose a unified geometric framework in which the mass, spin, interactions, and curvature of spacetime emerge from the topological and dynamical properties of a fundamental torsion field \tau^\mu. In this model, all fundamental particles are described as quantized winding excitations of the torsion field, and the spontaneous breaking of torsional symmetry gives rise to mass and vacuum energy. The electromagnetic, weak, and strong interactions are interpreted as local couplings of winding configurations, while gravitational curvature arises from the energy-momentum tensor of \tau^\mu. We present the axiomatic structure of the theory and derive key physical theorems, including the origin of charge, spin, antimatter, and dark components of the universe. This approach offers a natural unification of fundamental physics and predicts testable deviations in high-curvature and cosmological regime.