Derivation of the Higgs-like Resonance Mass and Properties from First Principles

We derive the Higgs boson mass and properties within the Conscious Point Physics framework, where fundamental parameters emerge from discrete geometric progressions. Using the dodecahedral 600-cell as a structural foundation, we show that the Higgs-like resonance at 125.18 GeV arises naturally from golden-ratio suppression factors applied to the unified energy scale E₀ = 246.22 GeV.

The framework generates both weak and electromagnetic couplings through vertex density distributions while maintaining gauge invariance through symmetric shell structures. Our approach yields coupling ratios g'/g = 0.357 and g_s/g = 1.218, consistent with experimental measurements within 0.5% precision. We predict off-shell H→ZZ excess at high p_T and exotic decay channels at BR ~ 10⁻¹³.