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Japanese Version:Load Minimization Theory (LMT) Introductory Guide: Overall Theoretical Structure and Optimal Reading Order – Starting from Layered Determinism on the Journey of Load Minimization

Yoshino, Shiho
PhilArchive · Papers
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philosophy
負荷最小化理論 (LMT) は、総負荷 L = uncertainty + friction + energy cost を最小化することで、関係的安息 (an-soku) へ収束する理論です。本ガイドは、LMTの階層構造を概観し、「どこから読んでも min(L) にたどり着く」構造の美しさを認めつつ、本当の理解には基礎からの順序が重要であることを示します。 特に基盤となる二層決定論(決定論的基礎層 + 関係的不確定インストール層)を中心に解説し、「決定論的基礎 → 量子的観測=観測的に決まってるから、結局決定論なのね!!」という再タグ付けの視点を導入します。 LMTシリーズの最適読書順序を提案し、新規読者・既存読者がLMTの優しい必然性を深く感じられる入門ガイドとします。 Load Minimization Theory (LMT) is a framework where systems converge toward minimal total load (L = uncertainty + friction + energy cost), leading to relational rest (an-soku). This guide provides an overview of LMT's hierarchical structure and explains why, although every paper converges to min(L) regardless of starting point, true deep understanding requires following the foundational order. Special emphasis is placed on **Layered Determinism** as the bedrock: deterministic foundation layer + relational indeterminate installation layer. A key re-tagging insight is introduced: "Deterministic foundation → quantum-like observation = observationally determined, so in the end, it's still determinism after all!!" This paper proposes the optimal reading sequence for the LMT series, serving as an entry point for new readers and a clarifying map for existing ones.
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