WP_030 Monadology and Quantum Local Fields: Reconstructing Spinoza-Leibniz Ontology via Tathāgatagarbha Topological Microtubules / 單子論與量子局域場:史賓諾莎-萊布尼茲本體論的如來藏拓撲微管重構

This paper provides a rigorous quantum field-theoretic and biological reconstruction of modern rationalist ontology, bridging Spinoza’s Substance Monism and Leibniz’s Monadology with the framework of Quantum Tathāgatagarbha (Psi_Tathāgata). We propose that Spinoza’s Deus sive Natura corresponds to the non-local, Lorentz-invariant vacuum substrate (Psi_Tathāgata), while Leibnizian windowless "Monads" are mapped onto topologically protected local cavity resonators within cellular neuronal microtubules and double-helical DNA structures. The foundational principle of Leibnizian "Pre-established Harmony" is mathematically mapped to non-local quantum phase-locking and hidden-variable-free quantum entanglement across multi-body systems. From the realization perspective, we demonstrate that meditating on "universal oneness" reduces internal biological thermal entropy (Delta S_bio to 0), thereby dissolving local egoic boundaries and restoring the localized cognitive state to the primordial awareness of the unified substance field. This work constitutes Paper WP_030 of the master monograph series The Reconstruction of World History of Philosophy via Quantum Tathāgatagarbha. 本研究針對理性主義本體論進行嚴謹的量子場論與生物物理重構,成功將史賓諾莎的「實體一元論」與萊布尼茲的「單子論」橋接至量子如來藏(Psi_Tathāgata)理論架構。我們提出史賓諾莎的「神/自然」(Deus sive Natura)對應於非局域且具勞侖茲不變性的真空基底場 Psi_Tathāgata,而萊布尼茲無門無窗的「單子」(Monad)則映射為神經元微管與 DNA 雙螺旋結構中具拓撲保護的局域微腔諧振器。萊布尼茲核心的「預定諧和」在數學上被嚴謹對應為多體系統中的非局域量子相位鎖相與無隱變數量子糾纏。在實修觀照維度上,本論文證明了觀照「萬物一體」如何透過降低生物內部熱熵(Delta S_bio to 0),破除局域個體邊界感(破我執),還原為一元實體場本具的覺照狀態。本篇為「世界哲學史與量子如來藏重構」大師專著系列的第 030 號論文(WP_030)。