Judgment Physics 2.0 - A Cross-Scale Prediction Error Framework for Irreversible Judgment Dynamics

Abstract Judgment Physics 2.0 extends the constitutional layer (v1.0) into a dynamic layer by introducing a cross-scale prediction error framework. Under irreversibility pressure, judgment systems do not merely allocate responsibility — they generate, amplify, dampen, and redistribute prediction errors across structural layers. This paper formalizes: Prediction Error as Structural Tension Cross-Scale Error Coupling Irreversibility-Driven Error Lock-in Judgment Physics 2.0 does not replace v1.0. It operationalizes it under dynamic conditions. This framework applies to all consequential judgment systems, including but not limited to AI, institutional governance, economic policy, and civilizational decision structures. 摘要 判断物理学2.0在判断根本规约1.0的宪法层基础上, 引入跨尺度预测误差框架, 将判断系统从规约结构扩展至动力学层。 在不可逆压力环境中, 判断系统不仅分配责任, 还会生成、放大、抑制并重新分配预测误差。 本文形式化提出: 预测误差作为结构张力 跨尺度误差耦合 不可逆驱动的误差锁定机制 判断物理学2.0并非替代1.0, 而是在动态条件下对其进行运行化扩展。本框架适用于一切具有现实后果的判断系统, 包括但不限于人工智能系统、制度治理、经济决策与文明级结构选择。