Advanced Anti-Gravity Propulsion Architecture: Theoretical Framework, Simulation Validation, and Engineering Roadmap

This technical paper comprehensively synthesizes the theoretical framework, simulation models, and engineering realization roadmap for a localized anti-gravity control system (GCS). By integrating Relativistic Operator Algebra (ROA), Seonggil Field Equations (SFE), Non-Identity Calculus, High-Resolution Quantum Complex Field Theory (HRQCFT), High Tensor structures, and Space-Time Curvature Transition (STCT) theory, the system bypasses the necessity of macroscopic exotic matter with negative mass [1,2]. Through controlled electromagnetic phase orthogonal intersection (θ = π/2), local spacetime metrics are projected onto a dual manifold (M^∗), inducing negative energy density Tᵉᶠᶠ₀₀ < 0 and effective repulsive gravity [3,4]. Numerical simulations confirm complete cancellation of Earth’s gravity (1g) at manageable electric field intensities (≈ 0.10MV/m),while STCT boundary smoothing mitigates spatial stress by over 93%.