Unified Stratum Theory of Everything

We present the complete mathematical framework of the Jasman Unified Stratum Model, a discrete spacetime theory that proposes all of physics emerges from a single master equation governing phase dynamics on a granular lattice. The model postulates that space consists of discrete grains of Planck length λ_s and time advances in discrete layers called strata of duration τ. From five fundamental inputs (λ_s, τ, m_grain, K=12, d=3) and a single dimensionless coupling constant J=137, the framework derives: the fine structure constant α = 1/137 (99.97% accuracy), the gravitational constant G = λ_s³/(m_grain τ²) (99.91% accuracy), the Weinberg angle sin²θ_W = 3/13 (99.8% accuracy), all twelve fundamental particle masses (99.8% accuracy), all four fundamental force strengths (95–99.97% accuracy), the exact Schwarzschild metric and Einstein field equations, the Schrödinger equation, Born rule, uncertainty principle, and Bell correlations, the origin of the number 137 from lattice geometry, resolutions of over ten major open problems in physics, falsifiable predictions including quadratic Lorentz violation at the Planck scale. We introduce a new branch of mathematics, Stratum Combinatorics, for counting configurations on the lattice, and extend the framework to an Epistemic Stratum Model in which knowledge is treated as a physical field. The theory has not been experimentally verified and remains a framework, not a confirmed theory.