Higgs Boson (H⁰) Structure

Mass Generation Mechanism | Mass: 125.1 GeV/c² | Charge: 0 | Spin: 0

Composite Cube-Icosahedron Structure: The Higgs boson in CPP is NOT an elementary scalar field but a composite aggregate consisting of eight icosahedra (each with ~20 CPs as ~8 hybrid eDP-qDP pairs) positioned at the corners of a cube. This symmetric configuration provides the scalar properties (spin 0, even parity) and yields the observed ~125 GeV/c² mass from dense PSR chaining and bit interferences across ~160 total CPs. The cube symmetry ensures scalar isotropy, while hybrid compositions (tuned q:em ratio) enable diverse decay channels (bb̄, WW, ZZ, ττ, γγ) through fission processes.

Most Complex Standard Model Particle: ~160 CPs!

Structure: 8 icosahedra × ~20 CPs each = ~160 total CPs
Geometry: Icosahedra at cube corners (cubic symmetry → spin 0)
Composition: Hybrid eDP-qDP pairs (enables all decay modes)

The Higgs gives mass to other particles by temporarily coupling to their CP structures. Its massive, symmetric configuration explains why it was the last SM particle discovered (2012).

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8 Icosahedra at Cube Corners (~160 CPs)

Measurements

Structure
Cube-Icosahedron
Icosahedra
8
CPs per Icosa
~20
Total CPs
~160
Composition
Hybrid eDP-qDP
Net Charge
0
Mass
125.1 GeV/c²
Spin
0 ℏ (scalar)
Parity
Even (+)
Lifetime
1.6×10⁻²² s

Cube Structure

Single Icosahedron

Decay Modes