WP_016 Appropriation and the Clearing Metric: An Ontological Decoding of Heidegger's "Fourfold" in AdS/CFT Correspondence / 本然發生與澄明度規:海德格「四方域」在AdS/CFT對偶中的本體論解碼

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Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-22
DOI
https://doi.org/10.5281/zenodo.22884015
Primary Topic
Phenomenology and Existential Philosophy
Type
preprint
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preprint

WP_016 Appropriation and the Clearing Metric: An Ontological Decoding of Heidegger's "Fourfold" in AdS/CFT Correspondence / 本然發生與澄明度規:海德格「四方域」在AdS/CFT對偶中的本體論解碼

Shun-Ching Lee
Zenodo (CERN European Organization for Nuclear Research)
Phenomenology and Existential Philosophy
preprint

WP_016 Appropriation and the Clearing Metric: An Ontological Decoding of Heidegger's "Fourfold" in AdS/CFT Correspondence / 本然發生與澄明度規:海德格「四方域」在AdS/CFT對偶中的本體論解碼

Shun-Ching Lee
preprint en

Abstract

This paper establishes a mathematical and physical integration between Karl Friston’s Free Energy Principle (FEP) / Active Inference framework and the geometric compactification of superstring theory. We propose that the cognitive "Markov Blanket"—which separates internal system states from external environmental dynamics—finds its quantum gravitational realization in the topological boundaries and D-brane intersections within six-dimensional Calabi-Yau manifolds (K6). By reformulating variational free energy minimization as a geometric action principle over compactified moduli spaces, we demonstrate that active inference and predictive processing are not merely biological adaptations, but fundamental thermodynamic and topological drives of spacetime geometry itself. Furthermore, this topological framework provides a rigorous foundation for contemplative mindfulness: deconstructing the illusory boundary of the egoic Markov blanket to realize the non-dual, open-loop nature of Tathāgatagarbha wisdom. 本論文建立了卡爾·弗里斯頓(Karl Friston)的自由能原理(FEP)與主動推論(Active Inference)框架,與超弦理論幾何緊緻化之間的數學與物理整合。我們提出,區隔系統內部狀態與外部環境動態的認知「馬爾可夫毯」(Markov Blanket),在六維卡拉比-丘流形(K6)內部的拓撲邊界與 D-膜交會處找到了精確的量子引力實現。 透過將變分自由能極小化重新形式化為緊緻化模空間上的幾何作用量原理,我們論證了主動推論與預測處理絕非僅是生物學上的適應機制,而是時空幾何本身的基本熱力學與拓撲驅動力。此外,此拓撲框架為觀修實證提供了嚴密的理論根基:解構自我馬爾可夫毯的虛幻邊界,進而證悟如來藏智慧無二、開環的本然體性。

Zenodo (CERN European Organization for Nuclear Research)
Phenomenology and Existential Philosophy
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