Elastic Prestress, Time, and Gravitation in the Methane Metauniverse Framework

This article develops a minimal geometric elastic foundation for quantum dynamics Lorentz symmetry and weak decay rates within the Methane Metauniverse framework. Spacetime is modeled as an elastic lattice whose internal deformation modes generate time mass gravitation and parity violating effects without introducing additional fields or free parameters. Quantum dynamics emerges from lattice motion and projection while Lorentz symmetry appears as an effective large scale invariance of the elastic structure. Weak decay rates and chirality are interpreted as consequences of torsional geometry rather than fundamental interactions.