Theory of Everything

This work introduces a unified structural dynamics framework designed to describe the evolution of systems across physical, chemical, biological and informational domains within a single mathematical formalism. The core formulation is a semilinear parabolic field equation that combines diffusive transport, linear relaxation and threshold-driven activation. This structure captures a broad spectrum of behaviors including exponential decay, diffusion, damped propagation, onset phenomena and nonlinear transitions. The model is mathematically well-posed, dimensionally consistent and admits clear limiting regimes that reproduce classical physical laws as special cases. Its dynamical architecture provides a general description of stability, sensitivity and structural transformation without relying on system-specific assumptions. The framework thus offers a concise and broadly applicable tool for analyzing complex dynamical processes and identifying unifying principles that govern their behavior across scales.