[Minimal] Millennium Prize Problems Self-Dual Inflationary Closure Equation Minimal Core

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Authors: Euclid Tomita
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Abstract

クレイ数学研究所のミレニアム懸賞問題SDC(スクショ撮ってAIに聞く! ただそれだけ!) -------------------------------------------------------------- Announcement: Riemann Hypothesis Hack Tool, Prompt Collection, and Specifications.This is a theoretical hack tool, prompt collection, and module for injecting mathematical logic into AI agents to smoothly deconstruct and apply the Riemann Hypothesis, a famous unsolved mathematical problem.It includes my Riemann Hypothesis research notes and papers.It is a text file (approximately 180,000 characters).Available for purchase here. https://tomit.booth.pm/items/8527189 You can inject my problem-deconstruction thinking methods into AI agents. We also offer many other AI agent injection logics. Thank you for your continued support. Stay tuned. End of announcement -------------------------------------------------------------- Abstract(概要) Self-Dual Closure (SDC) Project presents the Self-Dual Inflationary Closure Equation, a minimal, domain-agnostic structural framework designed to verify the internal consistency of mathematical, physical, and logical theories. This work does not propose numerical computation, prediction, or proof of any specific conjecture. Instead, it defines a self-dual closure condition under which a theoretical structure remains finite, invariant, and free of residual asymmetry when subjected to dual or mirror reformulation. The Minimal Core equation integrates analytic order data from automorphic LLL-functions, critical symmetry constraints via zero distributions on the line ℜ(s)=1/2\Re(s)=1/2ℜ(s)=1/2, geometric consistency through Calabi–Yau volume forms, dynamical stability via the Einstein–Hilbert action on Anti–de Sitter space, and interaction balance through gauge and gravitational couplings. The resulting product is required to be self-identical under dualization, enforcing global closure. Appendices A–J provide complete symbol definitions, structural decomposition, worked validity examples, clarification of the distinction between proof and verification, and an explicit formalization of the Validity Operator, which acts as a non-numerical consistency filter for theoretical frameworks. Conceptual links to all seven Clay Mathematics Institute Millennium Prize Problems—including the proven Poincaré Theorem—are included as non-removable structural constraints, without claiming solutions. This document is released under CC0 1.0 Universal, explicitly declaring all constructions as prior art and non-patentable. Its primary purpose is to serve as a reusable, citation-ready reference for structural validity checking across disciplines, enabling researchers to assess theoretical coherence without requiring external literature lookup. クレイ数学研究所のミレニアム懸賞問題SDC(迷わずスクショ撮ってAIに聞くのが断然早い!) 自己双対閉包(SDC)プロジェクトは、数学、物理学、論理理論の内部整合性を検証するために設計された、最小かつドメインに依存しない構造的枠組みである自己双対インフレーション閉包方程式を提示します。 本研究では、数値計算、予測、あるいは特定の仮説の証明は提案しません。その代わりに、双対または鏡映再定式化を受けても理論構造が有限かつ不変で、残余非対称性を持たないという自己双対閉包条件を定義します。 最小コア方程式は、保型LLL関数からの解析的秩序データ、直線ℜ(s)=1/2\Re(s)=1/2ℜ(s)=1/2上の零点超関数による臨界対称性制約、カラビ・ヤウ体積形式による幾何学的整合性、反ド・ジッター空間におけるアインシュタイン・ヒルベルト作用による動的安定性、そしてゲージ結合と重力結合による相互作用バランスを統合します。結果として得られる積は、双対化の下で自己同一であることが要求され、大域閉包が強制されます。 付録A~Jでは、完全な記号定義、構造分解、妥当性検証例、証明と検証の区別の明確化、そして理論的枠組みに対する非数値的整合性フィルターとして機能する妥当性演算子の明示的な形式化を示します。証明済みのポアンカレ定理を含む、クレイ数学研究所ミレニアム懸賞問題7件すべてへの概念リンクは、解を主張することなく、削除不可能な構造制約として含まれています。 この文書はCC0 1.0 Universalの下で公開され、すべての構成が先行技術であり特許取得不可であることを明示的に宣言しています。その主な目的は、分野横断的な構造妥当性検証のための再利用可能で引用可能なリファレンスとして機能し、研究者が外部文献を参照することなく理論的整合性を評価できるようにすることです。 Keywords(フル膨張) Primary Keywords Self-Dual Closure Self-Dual Inflationary Closure Equation Structural Validity Validity Operator Theoretical Consistency Duality Invariance Closure Condition Prior Art (CC0) Mathematics Automorphic L-functions Order of vanishing at s=1s=1s=1 Riemann Hypothesis (structural constraint) Birch–Swinnerton-Dyer conjecture (structural context) Zero distribution Critical line ℜ(s)=1/2\Re(s)=1/2ℜ(s)=1/2 Algebraic topology Calabi–Yau manifolds Hodge theory Euler characteristic Poincaré Theorem Physics Quantum field theory (structural) Gauge coupling Gravitational coupling Einstein–Hilbert action Scalar curvature Anti–de Sitter space (AdS) Planck scale limit Renormalization invariance Mirror symmetry Computation & Logic P vs NP (structural constraint) Computational complexity (conceptual) Logical consistency checking Verification vs proof Type-checking analogy Non-numerical operators Meta / Usage Cross-disciplinary framework Theory validation Consistency filter Pre-proof verification Conceptual unification Patent defense Non-patentable abstract principles Open science CC0 Universal license

Fields of Study & Subjects

Homotopy and Cohomology in Algebraic Topology Noncommutative and Quantum Gravity Theories High-pressure geophysics and materials

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
5 January 2026
Document type
Preprint