The Ontological Mechanics of Energy Birth and Jet Leakage

Traditional physics often treats energy as a pre-existing primitive quantity or a mere transformation state, bypassing its fundamental mechanical origin. In this paper, we extend the Mechanical Dynamics framework by formalizing the ontological birth of energy from a passive, stagnant n³ grid matrix through symmetry breaking, volumetric stress gradients (∇ ρn³), and elastic frequency oscillations (fflow). Furthermore, we establish the transition from abstract wave energy to localized mass shells (mₛₕₑₗₗ) under saturation limits (Cₛₐₜ), and derive the critical frequency threshold mechanism responsible for focused relativistic jet leakage in extreme astrophysical systems.