Judgment Physics 3.0 - Field Theory, Entropy Dynamics, and Sovereignty Collapse in the Age of Irreversibility

Abstract Judgment Physics 3.0 extends the dynamic prediction-error framework of version 2.0 into a field-theoretic and phase-transition model. Judgment is formalized as a distributed structural field governed by irreversibility density, responsibility displacement, and entropy dynamics. This paper introduces: (1) Judgment Field Equation(2) Irreversibility Density Function(3) Phase Transition Threshold Condition(4) Judgment Entropy(5) Collapse Condition(6) Judgment Sovereignty Index (JSI) Together, these constructs establish a phase-based classification of judgment systems under high irreversibility pressure and formally define the structural conditions under which governance systems collapse or retain sovereignty. 摘要 判断物理学 3.0 在 2.0 版本 预测误差动力学 框架基础上, 引入场论与相变模型, 将判断系统形式化为分布式结构场, 并以不可逆密度、责任位移与判断熵 为核心变量。 本文提出: 判断场方程 不可逆密度函数 相变阈值条件 判断熵 判断塌缩条件 判断主权指数(JSI) 该框架构建了不可逆高压环境下判断系统的相态分类模型, 并形式化界定治理塌缩与主权保持的结构条件。