Explaining Falcon Space Labs' Alzofon Experiment Through Fractal-Unified Field Theory (F-UFT) – A Theoretical Mapping and Optimization Analysis

Falcon Space Labs' Alzofon-inspired experiments show repeatable weight reductions (\~17% peak, 0.6% average) in aluminum-iron samples under microwave pulsing (\~3 GHz) and magnetic fields (\~3525 gauss), tied to DNP nuclear spin alignment. Fractal-Unified Field Theory (F-UFT) explains this via 5D fractal aether (Entanglium hiperstate) with D_SNN = 1.830 from E₈ projections. Gravity emerges from stochastic fluctuations; DNP reduces entropy, lowering inertial mass via T^F_μν ∝ κ_T ⋅ r^(D-2) ⋅ g_μν. Prediction: Optimized parameters (3.000 GHz + 4000 gauss) yield \~37.4% reduction, testable with current setup. Supplementary: Theoretical mapping, equations, and optimization analysis (remaining pages).