Structured Vacuum Field Theory: A Unified Framework (Revised)

AbstractStructured Vacuum Field Theory (SVFT) is a unified framework in which all known physical phenomena emerge from the dynamics and geometry of a single scalar vacuum field Ψ(xμ)Ψ(xμ), governed by a master equation that integrates nonlocal coherence, local curvature, and nonlinear self-interaction. Within this formulation, spacetime, gauge fields, mass generation, and thermodynamic behavior arise as geometric manifestations of vacuum field topology, with the Standard Model’s parameters expressed in terms of three fundamental vacuum scales. This revision presents a streamlined, fully integrated version of the SVFT framework, removing non-essential commentary while preserving complete theoretical derivations. New sections address microcausality, Lorentz invariance, vacuum stability, Standard Model mapping, and the explicit recovery of E=mc2E=mc2. The black hole analysis is complete to the extent required for consistency while deferring deeper results to the companion Coherence paper. SVFT reproduces established physical constants, resolves cross-sector correlations, and provides geometric interpretations of phenomena from the muon g−2g−2 anomaly to cosmological evolution, while remaining consistent with relativistic and quantum limits.