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Entropy: A unifying path for understanding complexity in natural, artificial and social systems

机译:熵:理解自然,人为和社会系统复杂性的统一途径

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摘要

Energy and entropy are basic concepts in thermodynamics and elsewhere. The concept of energy emerged in mechanics, the branch of physics which studies the motion of bodies and their causes. In contemporary physics, it appears in classical, relativistic and quantum mechanics. The concept of entropy emerged quite later than that of energy. It was introduced by Rudolf Julius Emmanuel Clausius around 1865 in order to further understand the roles of heat and work in thermodynamics. A decade later, Ludwig Eduard Boltzmann gave an interpretation of entropy in terms of the microscopic world - atoms, molecules, and their motion -, whose existence was at the time very controversial - in January 1897, at the Viennese Academy of Sciences, Mach brazenly lambasted Boltzmann with his sadly famous, and ignorant, "I do not believe that atoms exist!" -.
机译:能量和熵是热力学和其他领域的基本概念。能量的概念出现在力学中,力学是物理学的分支,研究身体的运动及其原因。在当代物理学中,它出现在古典,相对论和量子力学中。熵的概念晚于能量的概念出现。它是由Rudolf Julius Emmanuel Clausius于1865年左右引入的,目的是进一步了解热和功在热力学中的作用。十年后,路德维希·爱德华·玻耳兹曼(Ludwig Eduard Boltzmann)从微观世界(原子,分子及其运动)对熵进行了解释,而原子,分子及其运动在1897年1月于维也纳科学院的马赫(Mach)慷慨地提出,当时存在很大争议玻尔兹曼(Boltzmann)伤心的是,他可悲的是,无知,“我不相信原子存在!” -

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  • 来源
    《Information, knowledge, systems management》 |2011年第4期|291-311|共21页
  • 作者

    Constantino Tsallis;

  • 作者单位

    Department of Theoretical Physics of the Centra Brasileiro de Pesquisas Fisicas, in Rio de Janeiro (Ministry of Science and Technology of Brazil) National Institute of Science and Technology for Complex Systems of Brazil;

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