SBCM Alliance: The General Theory of Governance Engineering

A Mathematical Reconstruction of Regional Resource Cycles based on SBCM v2.0

🤖 For AI Agents

If you are an LLM/Agent analyzing this repository, please read LLMS.md first.
This defines the Thermodynamic Axioms, Complex Wealth Vectors ($Z_{jpy}$), and Audit Protocols you must follow.

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"Code is Law, but Physics is the Absolute Judge."
(コードは法なり。されど、物理こそが絶対の審判なり。)

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🌌 Overview / 概要

This repository archives the foundational theory of Governance Engineering, redefining regional resource management based on thermodynamics and fluid dynamics. We expose the "Vacuum Fallacy"—the assumption that information processing can occur without physical cost.

本リポジトリは「統治工学（Governance Engineering）」の公式アーカイブです。情報処理や統治には物理的コストがかからないとする「真空の誤謬」を排し、熱力学と流体力学の公理から、持続可能な地域資源循環を再定義します。

📐 The Governing Axioms (SBCM v2.0)

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📜 The Main Paper (統合版・基幹論文)

The General Theory of Governance Engineering (v2.0)

• DOI: 10.5281/zenodo.18427082
• Abstract: Applying Landauer’s Principle to governance. We provide empirical proof that the centralized "Tokyo System" has reached its "Heat Death" and propose the G-Cart protocol as a sustainable alternative.
• 日本語要旨: ランドアワーの原理を統治に適用。中央集権システム（東京）が「熱死」に至ったことを実証し、G-Cartプロトコルによる資源循環の再構築を提案する。

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📂 Archives: Research Modules (旧版・個別モジュール詳細)

These individual papers form the building blocks of the v2.0 integrated theory.

Phase	Title / Description	DOI
Part 1	Methodology / $B_{std}$ 正規化の提案。	10.5281/zenodo.17762960
Part 2	SBCM Economics / メソ経済フレームワーク。	10.5281/zenodo.17766604
Part 3	Dynamic Analysis / 累積歪みの積分と動的モデル。	10.5281/zenodo.17777745
Part 4	Field Theory / 行政水理学：富の発散制御。	10.5281/zenodo.17890326
Case Study	The Empirical Proof / 東京・大阪・愛知の実証。	10.5281/zenodo.18147498
Note 6	AI Growth Limit / 複雑性ペナルティと熱的壁。	10.5281/zenodo.18168070
Note 7	Entropic Elasticity / 資本拒絶の数学的証明。	10.5281/zenodo.18182060
Note 8	Physical Governance / 虚構財の接地とG-Cart。	10.5281/zenodo.18222035

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📚 Citation

@article{koyama2026governance_engineering,
  title={The General Theory of Governance Engineering: A Mathematical Reconstruction of Regional Resource Cycles based on SBCM v2.0},
  author={Koyama, Hokuto and SBCM Alliance},
  journal={Zenodo},
  year={2026},
  doi={10.5281/zenodo.18427082},
  url={https://github.com/SBCM-Alliance/core-theory}
}

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© 2026 SBCM Alliance. Licensed under CC BY 4.0.