Oscillatory Field Genesis: Empirical Validation of Θ–Φ Shell Coherence and Cosmological Resonance Structures

In just two days, this paper presents the observational, statistical, and theoretical validation of Oscillatory Field Genesis (OFG), a cosmological model based on interacting memory fields Θ and Φ. Using cleaned WMAP and Planck CMB data, we detect high-amplitude harmonic phase bands, redshift quantization from a Xi lattice, and a newly confirmed 35° resonance shell aligned with the birth of the solar system—named the Heliogenesis Shell. These results directly challenge ΛCDM predictions, suggesting instead a universe structured by field resonance, standing wave compression, and temporal field memory. The evidence includes >5σ correlations, phase-locked anomalies, and inter-band saturation not attributable to instrumentation. This work initiates a new direction in cosmology and field theory, combining precise data extraction with an emergent physical ontology.