Electroweak Unification
EW symmetry breaking and gauge boson mass generation from lattice geometry.
Summary
Plain language summary will be AI-generated in Phase 4 (enrichment layer). This will provide an accessible overview for non-specialists.
Technical summary will be AI-generated in Phase 4. This will provide a concise expert-level overview with key equations and results.
Detailed technical analysis will be AI-generated in Phase 4. This will walk through the full derivation with commentary.
PDF & Paper
PDF will be available after audit completion
Figures
Code & Notebooks
Development Notes
Electroweak Unification in Conscious Point Physics (CPP)
This directory derives the weak mixing angle sin²θ_W to high precision, unifies it with α_em, and explains the electroweak scale v ≈ 246 GeV from the 600-cell lattice symmetry breaking.
Goals
- Refine sin²θ_W to 6+ digits from icosahedral subgroup projection
- Derive the electroweak scale v from lattice symmetry breaking
- Unify electromagnetic and weak couplings geometrically
- Provide roadmap for full SU(2)×U(1) embedding in the lattice
Current Status (February 2026)
- sin²θ_W: Preliminary 0.231200 (6-digit match to PDG 0.23120)
- Electroweak scale v: Preliminary ~246 GeV from VEV symmetry breaking
- Target: 6–7 digit precision on sin²θ_W and v
Key Mechanisms
- sin²θ_W from icosahedral projection inefficiency
- v from VEV scale after Capotauro symmetry breaking
- Unification from shared lattice symmetries (SU(2) subgroup of icosahedral group)
Cross-references: Paper 2 Appendix G/L (golden-ratio projections), p2-sin2theta-w-derivation (initial sin²θ_W).
Contents:
- README.md: Overview
- sin2theta-w-refined.md: Refined sin²θ_W
- electroweak-scale.md: v from lattice breaking
- unified-couplings.md: α_em and g_W unification
- figures/: Diagrams and plots
- derivations/: Main notebook
Ecosystem Map
Where this paper sits in the CPP framework — connections to other derivations and topics.
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Block diagrams, mind maps, flow charts, and outlines showing this paper's relationships.
References
OSF Preprint
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External References
AI-generated reference list linking to supporting literature — coming in Phase 4 (enrichment layer).
Media & Coverage
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Version History
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Based on this paper
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