Statistical mechanics of quasi-equilibrium for gravitating system, universe, and quantum system-evolution and statistics of structures without additivity

我分析了宇宙的结构，我通过暴力松弛的方法，重力系统，并出现。提出了温度-质量关系和有限部分Booby Al关系，特别是从普适性出发得到了一个一般的密度分布。此外，我进行了比较与一个多方溶液和观察银河系的表面亮度分布的比较，通过破译的静止液压平衡的表达式，增加了速度分散的非各向同性。我特别关注了亲空间维度，为什么Zel'dovich近似在分析引力的结构时被广泛使用，并且它被使用，并且是有效的，并且低维度在近似精度的提高中被证明。通过接近空间，我分析了大量的SDSS银河系数据，特别是通过计算Boyd概率，找到了正确的统计力学来描述这个引力系统。I a ...更多信息 利用AIC指标进行了任意性理论比较，特别是Tsallis非加性统计力学的优越性。我把它和N体计算做了比较，我早期是以接近2的速度航行到太空的，建造发展了现有玻色子把爱因斯坦凝聚成暗物质的空间模型。据此，宇宙起源的天体是类星体，它们在黑洞及其周围具有吸积盘。此外，我还证明了这个模型也没有意外地产生线性波动转换的副作用。此外，还阐明了物体存在对数周期结构，该模型所预言的特征结构的红移量可以成为银河系的尺度，并通过对宏观量子系统的研究，向公众证明了在间接测量中量子芝诺效应是不可能的。阐明了不可能条件为波动区条件，并提出了完全不完全观测的所有情况，特别是与量子芝诺效应有关的情况。此外，我还在量子观测过程中引入了一个物理模型。我提出了一个假设，特别是把相变中的自愿对称性撕裂作为基本机制，并以此为基础，量子测量过程发现了一个包含四个基本机制的东西。换句话说就是纠缠，量子关联坍缩，大量C阶变量的出现和量子关联的形成。此外，它是局部的，但导致玻色子的概率解释。少

I analyzed universal structure I passed through violent relaxation by approach to gravity system, and to appear. I proposed temperature - mass relations and limited part booby Al relations and got in particular a general density profile to be provided from the universality. In addition, I performed comparison with comparison with a polytrope solution and observation of surface brightness distribution of the Milky Way by deciphering an expression of the resting hydraulic pressure equilibrium that added non-isotropy of speed dispersion. I paid my attention to particularly pro-space dimension why the Zel'dovich approximation that it was wide in analysis of the structure that gravity made conventionally, and it was used, and came was effective, and a low dimension demonstrated in approximation precision rising.By approach to space, I analyzed enormous SDSS Milky Way data and found right statistical mechanics to describe this gravity system by calculating Boyd probability in particular. I a … More bolished arbitrary theory comparison by using an AIC index and concluded in particular superiority of Tsallis non-addition statistical mechanics. I compared this with an N body calculation.I sailed up space by approach 2 to space in the early days, and construction developed the space model that existing boson condensed Einstein as dark matter. According to this, the heavenly bodies of the space beginning are quasar owning accretion disk on a black hole and the circumference. In addition, I showed that this model did not have a side effect of transformation of a linear fluctuation unexpectedly either. In addition, I elucidated that there was structure of a logarithm period about a thing and the red shift that characteristic structure foretold by this model could become Milky Way size.By approach to macro-quantum system, I showed that quantum Zeno effect was impossible in the indirect measurement to the public. I clarified the impossible condition as a wave motion zone condition and made all cases of complete incomplete observation and argued in particular with connection with quantum Zeno effect. In addition, I introduced a physical model into quantum observation process itself. I proposed a hypothesis to regard a tear of voluntary symmetry in phase transition in particular as the basic mechanism and was based on it, and a quantum measurement process found a thing comprising four basic mechanisms. In other words it is entanglement, quantum correlative collapse, an appearance of a number of C order variable and the quantum correlation formation. Furthermore, it was partial, but led probability interpretation of boson. Less