Why Vacuum is Physical but not like an Aether and preservers Lorentz Invariance

Описание: Dynamic Vacuum Field Theory (DVFT) proposes a revolutionary framework that unifies General Relativity and Quantum Mechanics by modeling the vacuum as a physical, complex scalar field. This theory posits that all fundamental forces and particles emerge from variations in vacuum amplitude, which governs gravity and inertia, and vacuum phase, which dictates gauge interactions and quantum coherence. By treating the vacuum as a dynamic medium with intrinsic elasticity and stiffness, DVFT provides structural solutions to long-standing enigmas such as the Yang-Mills mass gap, the neutron lifetime discrepancy and the hierarchy problem. Crucially, the model maintains Lorentz invariance because it responds only to gradients and accelerations rather than uniform motion, avoiding the pitfalls of historical aether theories. Furthermore, the theory offers a novel interpretation of the Higgs boson as a radial excitation of the vacuum, potentially explaining the universe's baryonic asymmetry and neutrino masses without requiring ad hoc parameters. Ultimately, these sources present DVFT as a foundational alternative to the Standard Model, providing a causal, unified ontology that aligns with current experimental data.