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[[Statistical mechanics]] provides a framework for relating the microscopic properties of individual atoms and molecules to the macroscopic or bulk properties of materials that can be observed in everyday life, therefore explaining [[thermodynamics]] as a natural result of statistics, [[classical mechanics]], and [[quantum mechanics]] at the microscopic level.  Because of this history, statistical physics is often considered synonymous with statistical mechanics or [[statistical thermodynamics]].<ref group=note>This article presents a broader sense of the definition of statistical physics.</ref>

[[Statistical mechanics]] provides a framework for relating the microscopic properties of individual atoms and molecules to the macroscopic or bulk properties of materials that can be observed in everyday life, therefore explaining [[thermodynamics]] as a natural result of statistics, [[classical mechanics]], and [[quantum mechanics]] at the microscopic level.  Because of this history, statistical physics is often considered synonymous with statistical mechanics or [[statistical thermodynamics]].

 

统计力学提供了一个将单个原子和分子的微观属性与日常生活中可以观测到的物质的宏观特性联系起来的框架，从而在微观层面上解释了热力学作为统计学、经典力学和量子力学的自然结果。由于这段历史，统计物理学常常被认为是统计力学或统计热力学的同义词。

统计力学提供了一个将单个原子和分子的微观属性与日常生活中可以观测到的物质的宏观特性联系起来的框架，从而在微观层面上解释了热力学作为统计学、经典力学和量子力学的自然结果。由于这段历史，统计物理学常常被认为是统计力学或统计热力学的同义词。