HJV 6.0: A Unified Mechanical Framework of Hyper-Jammed Vacuum and the Origin of Fundamental Interactions

HJV 6.0 (Hyper-Jammed Vacuum Theory) introduces a comprehensive unified framework that redefines the physical vacuum as a non-Newtonian granular fluid composed of Dynamic Vacuum Quanta (DVQ). By abandoning abstract field-theoretic constructs and the Higgs mechanism, this work derives the origin of fundamental interactions - gravity and electromagnetism - from the mechanical strain tensor of the vacuum medium in a high-pressure jamming state. In the microscopic domain, we provide the first dynamical derivation of Spin-1/2, demonstrating it as a parametric resonance attractor where topological solitons spontaneously lock into 2:1 subharmonic oscillations under vacuum fluctuations. This mechanism is further applied to resolve the Proton Radius Puzzle, interpreting the experimental discrepancy as a Z-dependent vacuum phase transition. In the macroscopic domain, the theory reinterprets mass as soliton elastic self-energy and provides a generalized mass-energy equation (Delta E = K_R * m_0 * c^2) governed by coherent resonance. This framework effectively unifies gravitation and electromagnetism under a single strain tensor (epsilon_mu_nu), offering a deterministic, mechanical path toward Grand Unification without the need for additional dimensions or the Higgs field.