A Deterministic-Stochastic Framework for Quantum Trajectories in 11 Dimensions

A falsifiable Theory of Everything is presented in which physical law is not assumed but arises as the macroscopic manifestation of a deeper constraint-satisfaction process operating within an eleven-dimensional configuration space. The framework unites a global, deterministic clock that advances the universe in discrete ticks of Planck time with a local, stochastic resolution engine that settles every event to a definite bit. Spacetime, gauge symmetries, and particle content emerge from the eigenstructure of a single Ledger operator; gauge and gravitational anomalies cancel by construction. The model yields quantitative, near-term predictions: a 0. 01–0. 03% frequency shift between bosonic and fermionic timing offsets in optical-lattice clocks, a 10⁻⁴–10⁻³ phase lag in horizon-scale black-hole ringdown echoes, and an all-sky, frequency-independent GW stochastic background at ΩGW h² ∼ 10⁻¹³. A public code and benchmark