[MST-EUT Theory Series #14] Quantum Demystification: Reinterpreting Quantum Phenomena via Global Topology and Observational Projection - MST-EUT量子去魅化:從全域拓撲與觀測投影重釋量子現象 (v1.0-zh)

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Authors: Chih-Ming Wang, I-Lin Ho
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Abstract

This document is the fourteenth entry of the MST–EUT Theory Series. It provides a conceptual and structural reinterpretation of quantum phenomena by reframing them as consequences of global topological structures and observational projections, rather than intrinsically probabilistic postulates. Within the MST–EUT framework, quantum discreteness, superposition, and measurement effects are interpreted as projection-dependent manifestations of closed entropy-flow topology. This work serves as a unifying interpretative layer linking first-principles derivations, observable quantities, and measurement frameworks across the series. 本文為 MST-EUT 理論系列第十四份文檔,旨在對量子現象進行系統性的「去魅化」重詮釋。本文不將量子離散性、疊加態與測量問題視為基本公設,而是將其理解為全域拓撲結構在觀測投影下的必然表現。本文件作為整個 MST-EUT 系列中的詮釋與觀測層整合節點,銜接第一性原理推導、可觀測物理量與測量語言之間的結構關係。

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
2 January 2026
Language
ZH