A Stability-Based Ontological Framework for Physics Global Functional Dynamics and Emergent Hierarchies of Structure

Modern physics provides extraordinarily precise predictive models, yet the conceptual structure underlying these models remains fragmented. Quantum field theory describes particle interactions, general relativity describes gravitational geometry, and the Standard Model organizes elementary particles, but the origin of these structures is not explained within a unified ontological framework.

This work proposes a stability-based formulation of physical reality in which all observable structures arise as dynamically stabilized configurations within a globally coupled configuration field.