论文标题
实验确认统计物理的公理原理的冗余
Experimental confirmation of the redundancy of the axiomatic principles of statistical physics
论文作者
论文摘要
在分析统计物理基础的公理原理的过程中，当对非闭合闭合系统的最可能的固定宏观塑料进行建模时，就可以对主要假设的可能限制进行了预测，该限制是对每个可实现的微晶格的均衡性原理。假定，如果这种系统被人为地将其带入热力学平衡状态，特别是通过将其填充在适当温度的热planck辐射中，那么该系统状态的随后演变会导致该辐射的稳定极化各向异性的出现。该论文介绍了直接验证上述预后对真实物理安装的成功结果。注意到应用数学模型的重要规律性特征。
In the process of analyzing the axiomatic principles underlying statistical physics, when modeling the most probable stationary macrostates of non-ergodic closed systems, a forecast was obtained about a possible limitation purview of the main postulate, known as the principle of equiprobability for each realizable of microstate. It is assumed that if such a system is artificially brought into a thermodynamically equilibrium state, in particular, by filling it with thermal Planck radiation of the appropriate temperature, then the subsequent evolution of the state of this system can cause the appearance of stable polarization anisotropy of said radiation. The paper presents the successful results of a direct verification of aforesaid prognosis on a real physical installation. Important regularities characteristic of the applied mathematical model are noted.
