Series Paper — EW-Line
Electroweak Series
EW-4: Conscious Point Physics: The Higgs-like Resonance — Dodecahedral Shell and the Electroweak Boson Hierarchy
The 125 GeV Higgs emerges as a dodecahedral shell completing the bracelet–icosahedron–dodecahedron progression
m_H = 125 GeV matches PDG
Abstract: EW-4 derives the 125 GeV Higgs-like resonance as a composite dodecahedral shell of 20 vertices with balanced eCP/qCP pairs and zero net charge — the next step beyond the Z's 12-vertex icosahedral loop. The geometric progression of CPP electroweak structures is bracelet (6 hDPs, W) → icosahedron (12 vertices, Z) → dodecahedron (20 vertices, Higgs-like), with each step the dual polyhedron of the previous and the next 600-cell subgraph in complexity. Mass increases along this hierarchy (80 → 91 → 125 GeV) from increasing SS-Vector confinement density. The spin-0 scalar property arises from A_5-symmetric phase cancellation across all 5-fold dodecahedral axes, and the principal decay channels (ZZ*, gamma gamma, b bbar, WW*, tau+ tau-) and widths match PDG 2026. The holographic dilution factor remains a calibration constant, and an inconsistency between a unified-scale formula and the directly computed mass is registered as an open problem.
- Higgs as dodecahedral 20-vertex shell, dual of Z icosahedron
- Spin-0 from A_5 phase cancellation across 5-fold axes
- Mass hierarchy 80→91→125 GeV from closure density progression