Determinism, Muonium, Regge Beta Decay, Yang-Mills Unification, Anti-Matter Plasmas, and Endothermic Ordering Entropy Escape Quark Fusion

Predestination is a philosophy attributed to eras of the past, however, deterministic geodesics generate Hamilton-Jacobi equations. Laplace and Poincar\'e believed, a sufficient intelligence predicts the universe. As such, the production of exotic materials, like a muon orbiting a proton, anti-hydrogen, and the DT plasma seem like tangible classical problems. This means that the uncertainty principle is neglected in the MHD, relativity, and Fokker-Planck relations. Extrapolating this analytic dissonance to new Regge theory, the beta decay is explained by a spectrum of rotational energy, non-negligible in the production of a Ferm-Curie deconvolution. Yang-Mills frequencies further angular corrections of an old theory. Mathematical tools that describe rotation, symmetry, abstract amplitude functions, and strings in the spacetime Riemann metric unify. Analysis leads to prime number distributions in Dirac’s gamma matrix dimensions generating the simplified standard model as the surface of a quantum observable. Unification simplifies expressions, helpful for analyzing turbulent motion. Unified physics promises a utpoia; fusion through endothermic quark ordering can be done in theory.