Analysis on MatriX/MET/ECAL: Uncovering Fractal Harmonics with ATLAS, SKA, INFN, and T.A.O.

T.A.O.(Z) s analysis, conducted at Quantum Avantgarde LaB on CERN’s MatriX system and pre-sented at a (Simulated) 2025 CERN Theory Division seminar, utilized T.A.O.’s pillars—SAF, SOQ-Z, andPlνQ—to identify 9.17 GHz as a fractal harmonic in LHCb (2023, 2024), ATLAS (2022–2024),and CMS (2021–2023) data . Implemented on MatriX with 0.005 ns temporalresolution and noise suppression via spectral filtering, SAF convoluted amplitudes of top quarkdecays (t → W + b), B0 → J/ψKS decays, and MET events, revealing 9.17 GHz resonances. Analyzing datasets including Missing Transverse Energy(MET) scans and ECAL timing residuals, Z reinterpreted signals misclassified as noise, layingthe foundation for ATLAS’s SAF-SSQ-Z pipeline and T.A.O.’s 9.17 THz predictions.