Yuuki Theory: Structural Unification and Generative Framework (Collected Summary)

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Authors: Theory Yuuki
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Abstract

This document consolidates and systematizes a series of previously published works under Yuuki Theory into a single coherent structural framework. It does not introduce new free parameters, exploratory fitting, or ad-hoc assumptions. Instead, it clarifies the shared structural premises, conservation principles, and generative logic that consistently underlie earlier results. The core methodology is based on a three-layer description of degrees of freedom—latent, effective, and structural—and on a necessity-driven generation process rather than parameter search. Particle properties, generation structure, cosmological behavior, and boundary phenomena are treated as inevitable outcomes of density imbalance, interference, redistribution, relaxation, and fixation. Numerical calculations and attached HTML tools are provided solely for verification: they test whether relations derived from structural necessity are consistent with observational quantities (e.g., particle masses, CMB spectra, gravitational-wave events). They are not used to tune or discover solutions. This document serves as a framework reference (constitutional overview) for Yuuki Theory. Individual papers addressing specific topics—such as particle mass reconstruction, black-hole–driven generation, the structural edge of the universe, and entanglement as compensation—should be read as specialized applications within this unified structure. 本資料は、Yuuki Theory においてこれまで個別に公開してきた研究成果を、 共通する構造原理・保存条件・生成論理に基づいて体系的に再整理したものである。 新たな自由パラメータや探索的仮定を導入するものではない。 数値計算および HTML 実装は、理論から必然的に導かれる構造関係が観測量と整合するかを検証する目的に限定されている。本稿は Yuuki Theory 全体の **統合フレームワーク(憲章的文書)**として位置づけられ、個別論文はその応用・具体化として参照される。

Fields of Study & Subjects

Cosmology and Gravitation Theories Advanced Mathematical Theories and Applications Particle physics theoretical and experimental studies

Publication details

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