Summary

CPP identifies four types of dipole pairs (DPs) that make up the "sea" filling all space: eDP (electromagnetic), qDP (strong force), hDP-A and hDP-B (hybrid). Each type emerges from how CP

CP
Fundamental processor at each lattice vertex
View in map → polarity combines with 600-cell
600-cell
4D polytope underlying all of CPP
View in map →
icosahedral orientations. Leptons use an equal 25% mix of all four types. Quarks have a gradient—more qDPs near the core, equalizing outward.

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Four DP

DP
Oscillating pair from the Dipole Sea
View in map → types arise from CP polarity combined with icosahedral orientations (Section 2.2). Lepton composition: uniform 25% each type (neutral eCP; Appendix J). Quark composition: radial gradient—~40% qDP, ~30% hDP, ~20% eDP, ~10% A/B near the core, relaxing to ~25% uniform outward. Mixing is modelled via a volume-weighted Boltzmann average. Minor cage gradients (~1–2% eDP enrichment) appear in muon/tau. Mass-fit accuracy: \(\delta m / m < 0.1\%\).

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The four DP types—eDP (eCP↔eCP, electromagnetic mediation), qDP (qCP↔qCP, strong-force dominant), hDP-A (+qCP↔−eCP) and hDP-B (−qCP↔+eCP, both strong+EM intermediate)—emerge from the combinatorics of CP polarity and 600-cell icosahedral orientation (Section 2.2). Leptons, built from neutral eCPs, show no type preference: entropy drives a uniform 25% composition across clouds and ZBW

ZBW
Fundamental DP oscillation generating mass and spin
View in map → orbits (Appendix J). Quarks, built from qCPs, develop a radial gradient—~40% qDP, ~30% hDP, ~20% eDP, ~10% A/B near the core—relaxing to the uniform 25% baseline at larger radii. The gradient is captured by a volume-weighted Boltzmann averaging model that feeds directly into the cloud energy \(E_\text{cloud}\) and ZBW mixing calculations (Papers 3–4). Minor cage-induced gradients (~1–2% eDP enrichment) appear in the muon and tau. The resulting mass fits achieve \(\delta m / m < 0.1\%\) across all Standard Model fermions.

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PDF & Paper

Abstract

This paper classifies the four dipole-pair (DP) types—eDP, qDP, hDP-A, hDP-B—that populate the DP Sea in Conscious Point Physics. Their emergence from CP polarity and 600-cell icosahedral orientations is derived, along with composition rules: a uniform 25% mix for leptons and a radial gradient (qDP-dominant inward, equalizing outward) for quarks. Volume-weighted Boltzmann averaging yields mass fits with \(\delta m / m < 0.1\%\).

sm-dp-types.pdf

Figures

Code & Notebooks

Development Notes

README

Dipole Types and Composition in Conscious Point Physics (CPP)

This directory documents the four fundamental Dipole Pair (DP) types (eDP, qDP, hDP-A, hDP-B), their emergence from CP polarity + icosahedral orientations (Section 2.2), and composition rules: uniform 25% mix for leptons (neutral eCP, Appendix J), radial gradients for quarks (qDP-dominant inward, equalizing outward; Appendix J). These rules are uniform—no per-particle tweaks—and key for ZBW mixing, cloud energy (E_cloud), and mass fits.

DP Types Summary Table

| Type | Composition | Force Mediation | Preference in Structures |

|------|-------------|-----------------|--------------------------|

| eDP | eCP ↔ eCP | Electromagnetic | Leptons (dominant in orbital ZBW) |

| qDP | qCP ↔ qCP | Strong + EM (strong dominant) | Quarks (inner cloud, linear extras) |

| hDP-A | +qCP ↔ -eCP | Strong + EM (intermediate) | Hybrid in cages/clouds |

| hDP-B | -qCP ↔ +eCP | Strong + EM (intermediate) | Hybrid in cages/clouds |

Cross-references: Paper 2 Section 2.2 (emergence), Appendix J (compositions), glossary (DP Sea terms).

📝
dp-emergence.md
Development Note
# Lepton DP Composition: Uniform 25% Mix Leptons (neutral eCP) have ~25% each type in clouds/ZBW (Appendix J): No preference, entropy dominates. Minor gradients in muon/tau from cages (~1-2% eDP enri...
📝
lepton-composition.md
Development Note
# Lepton DP Composition: Uniform 25% Mix Leptons (neutral eCP) have ~25% each type in clouds/ZBW (Appendix J): No preference, entropy dominates. Minor gradients in muon/tau from cages (~1-2% eDP enri...
📝
quark-composition.md
Development Note
# Quark DP Composition: Radial Gradients Quarks (qCP) have inward bias: ~40% qDP, 30% hDP, 20% eDP, 10% A/B near core; ~25% uniform outward (Appendix J). Volume-weighted averages for mass: Mean-field...

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References

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Version History

2026-02-10 · ee780ce
rename directories p2, indicating from paper 2

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Repository Files

standard_model_emergence_in_the_600-cell_lattice/p2-dp-types-and-composition
p2-dp-types-and-composition/
README.md
dp-cloud-simulation.ipynb
dp-emergence.md
lepton-composition.md
quark-composition.md
dp-types-diagram.png
radial-gradient-plot.pdf
derivations/
figures/
hyperphysics.com · Generated from CPP Repository · © 2026 Thomas Lee Abshier, ND