The Theory of General Singularity

Inside these pages unfolds a unifying geometric framework that treats both the metric and a torsionful connection as fundamental components, revealing how spacetime itself can reconcile the four known forces and accommodate quantum phenomena. By allowing integral topological constraints to discretize physical parameters, the discussion shows that seemingly unrelated effects—from black-hole singularities and dark-matter-like galactic rotation to vacuum-driven cosmic expansion—arise naturally as facets of a single geometric structure. Within this approach, half-integer spin, charge quantization, and force couplings are direct outcomes of boundary conditions, so that no separate fields or ad hoc mechanisms are required. The result is a model that both recovers familiar physics in standard regimes and remains testable in extreme domains, whether through black-hole imaging, cosmological observations, or high-energy experiments, offering a bold and self-consistent vision of how torsion may underpin the unity of nature.