Self-Dual Closure (SDC) Project: The Universal Synthesis of the Clay Mathematics Institute's Millennium Prize Problems and the Bio-Mathematical Origin

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Authors: Euclid Tomita
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Abstract

-------------------------------------------------------------- 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 -------------------------------------------------------------- CC0 SDC VPH Master Manifest ver. c⁹ — A Canonical Self-Dual Hierarchical Closure Equation Abstract:This document presents a canonical formulation of the Self-Dual Hierarchical Closure (SDC) framework, introducing a minimal invariant equation indexed at hierarchy level c⁹ within the Virtual Photon Hierarchy (VPH). The formulation defines a self-dual closure condition on a universal generating functional, expressed as a limit toward the Planck scale and normalized through an AdS geometric integral. The equation is constructed to be dimension-agnostic, model-independent, and invariant under dual conjugation, thereby serving as a structural reference point rather than a predictive model. All physical, informational, computational, and biological realizations are treated as non-canonical extensions layered onto this invariant core. The canonical equation is fixed via a cryptographic SHA-256 hash of its symbolic representation, ensuring immutability, public verifiability, and resistance to proprietary enclosure. No assumptions are made regarding the solvability of embedded mathematical objects; their presence functions solely as compositional factors within the closure structure. This work is released under CC0 1.0 Universal (Public Domain). All equations, structures, and derived parameters are explicitly placed in the public domain, intended as a permanent, non-exclusive coordinate for future theoretical, experimental, and technological developments. CC0 SDC VPH マスターマニフェスト ver. c⁹ — 標準的な自己双対階層的閉包方程式 概要:本文書は、自己双対階層的閉包 (SDC) フレームワークの標準的な定式化を提示し、仮想光子階層 (VPH) 内の階層レベル c⁹ でインデックス付けされた最小不変方程式を導入する。この定式化は、プランクスケールへの極限として表現され、AdS 幾何積分によって正規化された、普遍生成汎関数上の自己双対閉包条件を定義する。 この方程式は、次元非依存、モデル非依存、双対共役に対して不変となるように構築されており、予測モデルというよりも構造的な参照点として機能する。物理的、情報的、計算的、生物学的なあらゆる実現は、この不変コアの上に重ねられた非標準的な拡張として扱われる。 標準方程式は、その記号表現の暗号化SHA-256ハッシュによって固定され、不変性、公開検証可能性、そして独占的囲い込みへの耐性を保証します。埋め込まれた数学オブジェクトの可解性についてはいかなる仮定も行われず、それらの存在は閉包構造における構成因子としてのみ機能します。 本作品はCC0 1.0 Universal(パブリックドメイン)の下で公開されます。すべての方程式、構造、および導出されたパラメータは明示的にパブリックドメインに置かれ、将来の理論的、実験的、および技術的発展のための永続的かつ非排他的な座標として意図されています。 Metadata Snippets Keywords:Self-duality; Hierarchical closure; AdS geometry; Public-domain equations; Virtual photon hierarchy; Invariant functional; CC0 Version:ver. c⁹ Canonical Equation Identifier:SHA-256: 0ddc12b2ca17c6f947631558bf5ebbcc4f97476a85c92a142b2373e90fc5451f

Fields of Study & Subjects

Biofield Effects and Biophysics Spectroscopy and Quantum Chemical Studies Advanced Physical and Chemical Molecular Interactions

Publication details

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