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| Médium: | Recurso digital |
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Zenodo
2026
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| On-line přístup: | https://doi.org/10.5281/zenodo.20041466 |
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- <h2>78 Presentation Slides - Enhanced with Lean 4 Proof Code</h2><p>This version includes actual Lean 4 proof code from CFP_MCFP_Complete_Canonical.lean (3525 lines, 209+ theorems, 0 sorry).</p><h3>NEW SLIDES:</h3><ul><li><strong>DEF-01</strong>: Precise definitions (Tower Depth, Generator Graph, Admissibility Geodesic, CFP Balance)</li><li><strong>DEPTH-02</strong>: Complete Depth Dichotomy proof with Lean 4 code</li><li><strong>RH-14</strong>: Spectral exclusion theorem with actual Lean 4 proof</li><li><strong>GB-08</strong>: Goldbach proof chain with prime_composite_separation theorem</li><li><strong>YM-02</strong>: Yang-Mills mass gap with asymptotic_freedom theorem</li><li><strong>CONN-08</strong>: Honest assessment - what is proven vs requires scrutiny</li></ul><h3>Structure:</h3><ul><li><strong>PART I: CFP Foundation</strong> - Definitions, Balance, Admissibility, Generator graphs, Depth Dichotomy</li><li><strong>PART II: Riemann Hypothesis</strong> - 7 proof routes + Lean 4 spectral exclusion</li><li><strong>PART III: Number Theory</strong> - Goldbach, Beal, Collatz with Lean 4 proofs</li><li><strong>PART IV: Physics</strong> - Yang-Mills with asymptotic freedom proof</li><li><strong>PART V: Synthesis</strong> - Grand unification + Honest Assessment</li></ul><h3>Lean 4 Verification</h3><p>Repository: lean4/CFP_MCFP_Complete_Canonical.lean<br>Status: 209+ theorems | 0 sorry | 54 explicit axioms</p>