3.11 Higgs Breathing Mode

Abstract

In the intrinsic geometry of the ℳ𝒞ℐ three-sector Parameter Space, the Higgs scalar field is identified as the relative linear fluctuation of the square root of the determinant of the second-order structure at the Birkhoff Fixed Point σ* — i.e., the "breathing mode" of the parameter space. Its Lagrangian is entirely derived from geometric quantities: the kinetic term originates from the Coding Orbit pixel gradient energy, and the potential term originates from the Spectral Gap curvature restoring force. The potential is convex (), and Φ = 0 is a strict minimum — no spontaneous symmetry breaking is needed. The normalization factor is rigorously locked by Gauss-Bonnet topology and Clifford spinor structure. The Higgs mass prediction is , deviating from the experimental value by . **Keywords:** Higgs mode; Breathing mode; Birkhoff Fixed Point; Spectral Gap; Gauss-Bonnet; Clifford spinor normalization; No symmetry breaking