Abstract

A model of a relativistic process as a finite set of elementary events is considered. General properties of statistics of elementary events are considered. The model has the following properties. Any macroscopic property of any process is a consequence of this statistics. The least action principle means that a macroscopic process chooses a variant with maximum probability. A massive particle is a repetitive process. One cycle is a subset of elementary events. A sequence of these subsets forms a world line. The proper time on an interval of a world line is proportional to the number of cycles in this interval. The mass of a particle is the number of elementary events in this process per unit time. The gravitational field is a manifestation of information generated by the processes. Empty space-time doesn’t exist.

中文翻译：

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广义相对论过程的统计物理和热力学

摘要

相对论过程的模型被视为基本事件的有限集合。考虑基本事件统计的一般属性。该模型具有以下属性。任何过程的任何宏观特性都是这种统计的结果。最小作用原理意味着宏观过程选择概率最大的变体。大块粒子是一个重复的过程。一个周期是基本事件的子集。这些子集的序列形成一条世界线。世界线间隔上的适当时间与该间隔中的循环数成正比。粒子的质量是此过程中每单位时间基本事件的数量。引力场是过程产生的信息的体现。空的时空不存在。