非时序定域，有质量系统的因果逻辑表示
Achronal Localization, Representations of the Causal Logic for massive systems
AI总结：
本文将相对论性量子粒子的定域扩展至Minkowski时空的非时序区域，证明其自动满足因果性并等价于因果逻辑区域定域，为具有正Lebesgue测度质量谱和确定自旋的系统构造了因果逻辑表示。
摘要：
基于纯粹物理基础，相对论性量子粒子的定域被扩展到Minkowski时空的非时序区域。非时序定域自动满足因果性要求。它构成了最完全符合量子力学系统因果性原理的框架。非时序定域等价于因果逻辑区域中的定域。对于具有正Lebesgue测度的质量谱和任意确定自旋的系统，构造了因果逻辑的表示。显然，过去没有实现过真实质量系统的因果逻辑表示。
英文摘要：
On plain physical grounds localization of relativistic quantum particles is extended to the achronal regions of Minkowski spacetime. Achronal localization fulfills automatically the requirements of causality. It constitutes the frame which complies most completely with the principle of causality for quantum mechanical systems. Achronal localization is equivalent to the localization in the regions of the causal logic. Representations of the causal logic are constructed for the systems with mass spectrum of positive Lebesgue measure and every definite spin. Apparently no representation of the causal logic for a real mass system has been achieved in the past.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
