Author:
Hofseth, Jesse D.
Category:
Research Papers
Date Published:
April 08, 2026
Keywords:
Unified Field Theory, Disformal Gravity, 95 GeV Resonance, Vacuum Polarization, Magnetostatics, Metric Engineering, Running Vacuum Model, Minnealloy
Abstract:
We present a theoretical and engineering specification for the Unified Field Scalar-Hydraulic Drive, a propulsion architecture shifting from kinetic reaction systems to distributed metric engineering. Grounded in Refractive Vacuum Gravity (RVG), this analysis posits the vacuum as a refractive medium with variable index (K), modulated by a scalar field coupled to the trace anomaly of the energy-momentum tensor. We identify the 95.4 GeV di-photon resonance—observed by CMS and ATLAS at 3.1σ combined significance—as the Dilaton/Radion mediator governing this interaction. The propulsion mechanism exploits magnetic gradients (∇B²) within a recursive Magnetic Amplification and Direction Assembly (MADA) to pump this scalar field, increasing K and creating a "Metric Envelope" enabling hypersonic transport (Mach 26+) by mitigating plasma sheath formation and thermal loading. We detail the transition from active electromagnetic vectoring to "passive" scalar hydraulics, utilizing Distributed Mechanical Gimballing and Variable Flux Shunting to manage the virtual pressure (203–540 T) of the core. We derive the "Master Equation of Levitation," assess laminated flux trapping (0.15–0.35 mm) utilizing α'-Fe₈(NC) alloys, and analyze operation within the Running Vacuum Model and Metric Stiffness Recovery Rate (τ_relax). By linking the drive to the cosmological S₈ tension and Entrainment Symmetry, we unify high-energy particle physics, cosmology, and aerospace engineering.
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