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Feb 13, 2023 - SCSS
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langlands
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AI supporting the Langlands Program
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Jun 12, 2025 - Python
The strong coupling constant α_s(M_Z) = Ω₄/23 = 0.117921 from the real period of elliptic curve 1132b1 divided by the discriminant prime of x³−x−1. Zero free parameters. 0.02% match to PDG.
qcd number-theory modular-forms arithmetic-geometry langlands loop-quantum-gravity fundamental-constants birch-swinnerton-dyer lmfdb pisot-numbers strong-coupling-constant alpha-s elliptical-curves gross-zagier elliptical-periods pisot-dimensional-theory
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Apr 15, 2026 - Jupyter Notebook
Canonical-lane closure package for the Fontaine-Mazur conjecture: admissible-class formulation, projection gates, local-to-global bridge, and carried remainder.
reproducibility number-theory arithmetic-geometry langlands local-to-global mathematical-proof fontaine-mazur-conjecture galois-representations manifold-constrained canonical-lane
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Jul 6, 2026 - Python
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