Z Boson - CPP Hybrid emCP-qCP Model

Neutral Hybrid Soliton | Dodecahedral Shell (20 vertices) | Mass: 91.2 GeV/c²

Hybrid Structure: The Z boson emerges as a perfectly neutral soliton from the DP sea, composed of equal parts electromagnetic CPs (emCPs) and quark CPs (qCPs): 5 +emCPs, 5 -emCPs, 5 +qCPs, 5 -qCPs = 20 total vertices in balanced pairs. This hybrid nature enables "amphoteric" capability—mediating both quark interactions (qCP dynamics) and lepton scattering (emCP interactions) through neutral weak currents. The dodecahedral geometry (20 vertices vs W's 12) explains the higher mass (91.2 vs 80.4 GeV) through additional CP binding energy.
Decay Evidence: Z boson decay modes prove the hybrid emCP-qCP structure: ~10% charged lepton decays (e⁺e⁻, μ⁺μ⁻, τ⁺τ⁻) + ~20% neutrino decays require emCP components, while ~70% hadronic decays (quark-antiquark pairs) require qCP components. The symmetric decay patterns reflect the perfectly balanced hybrid nature. Lifetime ~3×10⁻²⁵ s indicates transient stability before fission releases constituent DPs as fermion-antifermion pairs.
Visualization Controls
Display Options
Main 3D View - Hybrid Dodecahedral Shell
+emCP (EM positive)
-emCP (EM negative)
+qCP (quark positive)
-qCP (quark negative)
Composition Diagram
PSR Flow Types

Z Boson Hybrid Structure (Perfectly Neutral)

Geometry: Dodecahedron (20 vertices)
+emCPs: 5 (electromagnetic positive)
-emCPs: 5 (electromagnetic negative)
+qCPs: 5 (quark positive)
-qCPs: 5 (quark negative)
Total Charge: 0 (perfectly balanced)
Mass: 91.2 GeV/c²
Lifetime: ~3×10⁻²⁵ s

Amphoteric Capability

Quark Sector (qCP-mediated): Neutral weak scattering, hadronic decays (70%)

Lepton Sector (emCP-mediated): Lepton pair production (10%), neutrino pairs (20%)

Perfect Symmetry: Balanced structure enables universal coupling to fermions

PSR Flow Types (Planck Sphere Radius)

emCP↔emCP: Orange flows - electromagnetic bonding

qCP↔qCP: Purple flows - quark-type chaining

emCP↔qCP: Green flows - hybrid cross-bonding

Bidirectional: Flows move both ways, showing PSR reciprocity and self-sustaining resonance

Z vs W Comparison

W Vertices: 12 (icosahedron)
Z Vertices: 20 (dodecahedron)
W Base Charge: 0 (can acquire bias)
Z Charge: 0 (always neutral)
Mass Difference: Z 11 GeV heavier (more CPs)

Neutral Weak Current Mediation

Emergence: Z soliton forms from DP sea with perfectly balanced 10 emCPs + 10 qCPs

Stability: Higher vertex count (20 vs W's 12) provides slightly more binding energy

Interactions: Mediates fermion-antifermion scattering without changing flavor or charge

Symmetry: Equal treatment of all fermion types reflects balanced hybrid composition

Dissipation: Fissions symmetrically into fermion-antifermion pairs, returns to sea