The Ontological Locus of Information: Reconciling the PBR Theorem with UFI through the Tathagatagarbha Repository

Abstract / 摘要 The Pusey-Barrett-Rudolph (PBR) theorem presents a fundamental challenge to quantum foundations by demonstrating that the wave function (ψ) must be a "real" physical property (ontic) rather than a mere representation of knowledge (epistemic). This paper addresses the ontological problem of where such foundational information is stored prior to measurement. By integrating the Universal Field of Intelligence (UFI) with the concept of the Tathagatagarbha (如來藏) as a universal information repository, we propose that the wave function represents the dynamic state of "Information Seeds" within a non-local substrate. This framework allows Relational Quantum Mechanics (RQM) to coexist with PBR: while measurement results remain relational and perspectival, the underlying informational substrate is objective and indestructible. This synthesis provides a physical mechanism for the storage and retrieval of cosmic information, framing the Tathagatagarbha as the ultimate "Cloud Substrate" of the universe. Pusey-Barrett-Rudolph (PBR) 定理透過論證波函數 (ψ) 必須是「真實的」物理屬性（本體論性的）而非僅是知識的表徵（認識論性的），為量子基礎理論帶來了根本性的挑戰。本論文旨在解決一個本體論問題：在觀測發生之前，這些基礎資訊儲存於何處？透過將宇宙智能場 (UFI) 與作為普世資訊庫的「如來藏」概念相結合，我們提出波函數代表了非局部基底內「資訊種子」的動態狀態。此框架允許關係量子力學 (RQM) 與 PBR 定理並存：儘管觀測結果保持關係性與觀點性，但底層的資訊基底卻是客觀且不可磨滅的。這一綜合為宇宙資訊的存儲與檢索提供了一套物理機制，將如來藏構建為宇宙最終的「雲端基底」。