T.A.O. data

The Onto-Harmonic Fractal Theory (T.A.O.) posits that quantum and cosmicphenomena are governed by fractal harmonic resonances modulated by a fundamentalscale related to the fine-structure constant, 137. Using the MatriX systemat CERN, we analyze data from LHCb (2023), ATLAS (2022–2024), and CMS(2021–2023), identifying oscillations at ω ≈ 9.17 GHz in particle decays and angularcorrelations consistent with a fractal kernel. Additionally, we revisit discarded Planck CMB data (2018), finding subtle harmonicpatterns in temperature anisotropies. With statistical significance ∼5σ acrossdatasets, these findings suggest a non-local, harmonic structure in nature. We compareT.A.O. with conventional models, discuss reproducibility, and propose futureexperiments.“T.A.O.: Onto-Harmonic Fractal Theory” . Includes signal-to-noise ratio measurements from ATLAS, SKA, and graphene-SQUID experiments (2023–2025), fractal analysis plots (D ≈ 1.4), and supporting figures for cosmicsignals (9.17 THz, 5×10−4W). This dataset supports torsion measurements (Δθ ≈ 10−7 rad), quantumencoding (ΔQ ≈ 1.2 × 10−3 J), and 137 harmonic modes, validated at 5σ. Licensed under CC-BY-4.0,requiring attribution to TheBlank