[MST-EUT Theory Series #11] Observable Signatures and Falsifiability Criteria of the Electron - MST-EUT電子之可觀測特徵與可證偽判據 (v1.2-zh)

This document establishes the observable signatures and falsifiability criteria of the electron within the Mass–Space–Time Entanglement Unified Theory (MST–EUT). Starting from closed entropic flow topology rather than point-particle assumptions, we derive experimentally accessible predictions including charge quantization, g-factor corrections, spin stability conditions, and characteristic deviation patterns from quantum electrodynamics. The work emphasizes testability by identifying concrete observational thresholds under which MST–EUT can be empirically distinguished from conventional quantum field theories. Appendices include dimensional analysis, parameter sensitivity, and explicit falsification pathways. 本文為 MST-EUT 理論系列第十一份文檔,系統性建立電子在 MST-EUT 架構下的可觀測特徵與可證偽判據。理論不再假設點粒子模型,而由封閉熵流拓撲結構出發,推導電荷量子化、g 因子修正、自旋穩定條件,以及與量子電動力學可區分的偏差型態。本文強調可檢驗性,明確指出可實驗區分 MST-EUT 與傳統量子場論的觀測門檻。附錄包含量綱分析、參數敏感度評估,以及具體可證偽路徑。