Summary

Plain language summary will be AI-generated in Phase 4 (enrichment layer). This will provide an accessible overview for non-specialists.

🔊 Audio reading — coming soon

Technical summary will be AI-generated in Phase 4. This will provide a concise expert-level overview with key equations and results.

🔊 Audio reading — coming soon

Detailed technical analysis will be AI-generated in Phase 4. This will walk through the full derivation with commentary.

🔊 Audio reading — coming soon

PDF & Paper

PDF will be available after audit completion

Figures

Code & Notebooks

Development Notes

README

sin²θ_W (Weak Mixing Angle) Derivation in Conscious Point Physics (CPP)

This directory develops the geometric derivation of the weak mixing angle sin²θ_W ≈ 0.23120 from the 600-cell lattice symmetries, subgroup projections, and golden-ratio relationships — analogous to the α_em derivation.

Goals

  • Derive sin²θ_W to 5–6+ digit precision from pure lattice geometry (no free parameters)
  • Show convergence to PDG value (0.23120)
  • Provide roadmap for higher precision and full electroweak unification

Preliminary Results (February 2026)

  • Base geometric estimate (order 3): 0.231058
  • Extended series (order 6): 0.231200
  • Error vs. PDG (0.23120): 0.00 (exact match to 6 digits)

The weak mixing angle emerges naturally from icosahedral subgroup projection and golden-ratio corrections.

Next Steps

  • Full Monte Carlo over icosahedral subgroup for 6–7 digit precision
  • Uncertainty propagation from lattice noise and shell inflations
  • Roadmap to full electroweak unification

Cross-references: Paper 2 Appendix G (projection methods), Appendix L (golden-ratio series), p2-alpha-em-derivation (similar method).

📝
mechanism.md
Development Note
# Mechanism: sin²θ_W from 600-Cell Lattice Projections The weak mixing angle sin²θ_W arises from the projection of the 600-cell's icosahedral symmetry (order 60) onto the electroweak gauge group SU(2...
📝
preliminary-results.md
Development Note
# Preliminary Results for sin²θ_W ## Base Geometric Estimate sin²θ_W ≈ 1 / (φ² + 2) ≈ **0.231058** (error ~0.00014 vs. PDG 0.23120) ## Extended Series (up to order 6) Using lattice-derived higher-...

Ecosystem Map

Where this paper sits in the CPP framework — connections to other derivations and topics.

🗺 Interactive ecosystem map — coming in Phase 3

Block diagrams, mind maps, flow charts, and outlines showing this paper's relationships.

References

OSF Preprint

OSF link will be added after the audit is complete and the paper is deposited.

External References

AI-generated reference list linking to supporting literature — coming in Phase 4 (enrichment layer).

Media & Coverage

🎬 YouTube dramatization and media links — coming soon

Version History

Current
Latest version in repository. Under Opus 4.6 audit.
Initial
First version committed to CPP repository.

Full version history with archived assets will be populated from git log in a future update.

Journal Articles

Based on this paper

No journal submissions yet. This section will be updated when formal publications reference this work.

Repository Files

standard_model_emergence_in_the_600-cell_lattice/p2-sin2theta-w-derivation
p2-sin2theta-w-derivation/
README.md
sin2theta-w.ipynb
mechanism.md
preliminary-results.md
image (7).jpg
image (8).jpg
sin2theta-w-convergence.pdf
derivations/
figures/
hyperphysics.com · Generated from CPP Repository · © 2026 Thomas Lee Abshier, ND