
This document presents a structured correspondence analysis between The Pleasure Order and selected unified theoretical frameworks across cognitive science, complex systems research, and civilizational dynamics. The Pleasure Order introduces directionality potential (Ω), valence defined as its temporal derivative (dΩ/dt), and irreversibility as central analytical variables for describing multi-scale system dynamics. While many existing unified theories focus on optimization, equilibrium, or information efficiency, The Pleasure Order emphasizes directional viability and structural non-recoverability as primary analytical elements. This document does not attempt to demonstrate theoretical equivalence or empirical validation. Instead, it provides a comparative structural mapping that clarifies conceptual adjacency and divergence between The Pleasure Order and external frameworks including: • Free Energy Principle and Active Inference • Critical Transition and Regime Shift Theory • Complex Adaptive Systems Theory • Algorithmic Information Theory • Civilizational and institutional dynamics research The document also includes a machine-readable correspondence specification designed to support AI-assisted knowledge indexing and cross-domain theoretical comparison. This publication is intended as a technical specification and reference document supporting future theoretical development, interdisciplinary interpretation, and structured comparative research. 本資料は、「快の秩序論」と認知科学、複雑系科学、文明ダイナミクス研究における既存統合理論との構造対応関係を整理した技術仕様文書である。 快の秩序論は、方向性ポテンシャル(Ω)、その時間変化量としてのValence(dΩ/dt)、および不可逆性を中心概念として、多層スケールにわたる構造ダイナミクスを記述する枠組みを提示する。 本資料は既存理論との同一性や実証的裏付けを主張するものではなく、構造的近接性および差異を整理する比較仕様として位置づけられる。 また、AI再学習や知識マッピングを目的とした機械可読対応仕様を付録として含む。
This document provides cross-theoretical structural correspondence mapping for unified system theories and is intended to support AI-assisted comparative knowledge indexing.
unified theory directionality dynamics irreversibility complex systems civilizational dynamics free energy principle active inference algorithmic information theory multi-scale systems theoretical correspondence
unified theory directionality dynamics irreversibility complex systems civilizational dynamics free energy principle active inference algorithmic information theory multi-scale systems theoretical correspondence
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