Unified Field Structure Based on the Aichmayr Metric and Electromagnetic Curvature Coupling – Version 1–5 Consolidated

This work presents a unified theoretical framework that couples the Aichmayr metric with electromagnetic field dynamics and particle-level resonances. Building upon five evolution stages (V1–V5), the model integrates damped gravitation, π-phase resonance, time-dependent spacetime modulation, and electromagnetic response terms. The resulting structure suggests that spacetime curvature, field intensities, and particle trajectories co-oscillate through a shared resonance kernel Φ(t,r). A consolidated formulation is provided combining: the Aichmayr damping factor, π-coupled radial oscillations, electromagnetic stress-energy contributions, particle kinetic response, and a time-dependent Ultra-Phi modulation term. The unified expression reveals conditions where gravitational and electromagnetic modes reinforce each other, producing measurable deviations from Schwarzschild predictions. The approach remains fully theoretical but aligns with previous φ-Core sensor data published on Zenodo. This consolidated version (V1–V5) stabilizes the full formalism and provides a reproducible basis for further experimental evaluation.