WP_029 Contemporary Quantum Biology and the Biological Ontology of Tathāgatagarbha Microtubule Coherent Fields / 當代量子生物學與如來藏微管相干場的生物本體論

This paper constructs the Tathāgatagarbha Microtubule Coherent Field Model (TMCFM) by bridging contemporary quantum biology with Mahayana Buddhist Tathāgatagarbha ontology. While classical neurobiology reduces mind to local synaptic transmissions, it fails to account for the binding problem and thermal decoherence at physiological temperatures (310 K). We propose that neuronal microtubules act as high-Q factor topological cavities supporting Fröhlich-style dipole coherent oscillations that couple with the universal non-local unitive field Psi_Tathāgata via quantum phase-locking. Furthermore, we demonstrate that mind-body contemplative practices—such as meditation and pranayama—actively suppress environmental thermal noise (eta_j(t)) and reduce biological entropy (Delta S_bio), extending microtubule coherence times (tau_coherence) and unveiling pure non-local awareness. This framework redefines life not as a mere localized chemical vessel, but as a macroscopic quantum open system acting as a transducer for unitive field awareness. Included in Appendix is a comparative analysis detailing the functional distinction between non-coding DNA as a spatial blueprint antenna and neuronal microtubules as dynamic phase-locked resonators. 本論文旨在建立**「如來藏微管相干場模型」(TMCFM),透過橋接當代量子生物學與大乘佛學如來藏本體論,探討神經元微管中的量子相干震盪及其與如來藏一元場的對應關係。傳統神經生物學將心智侷限於局域突觸傳導,無法解釋結合問題與 310 K 生理溫度下的熱退相干悖論。本研究提出:神經元微管扮演著高品質因子(High-Q)拓撲諧振器的角色,能支援弗勒利希(Fröhlich)式的偶極相干震盪,並透過量子鎖相**(Quantum Phase-Locking)與宇宙非局域一元場 Psi_Tathāgata 進行場域耦合。此外,我們論證了靜坐與調息等身心實踐如何主動抑制環境熱雜訊並降低生物熵,從而大幅延長微管的量子相干時間,顯發純淨的非局域覺照。此一架構將生命重新定義為作為非局域一元場轉導器的巨觀量子開放系統。本論文附錄並詳細解構非編碼 DNA(空間圖譜天線)與神經元微管(動態鎖相諧振器)之功能區辨。 Publication Index Note: Part of the Research Series: Quantum Tathāgatagarbha & World History of Philosophy (Paper WP_029).