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Early years of Computational Statistical Mechanics

机译:初期计算统计力学

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摘要

Evidence that a model of hard spheres exhibits a first-order solid-fluid phase transition was provided in the late fifties by two new numerical techniques known as Monte Carlo and Molecular Dynamics. This result can be considered as the starting point of computational statistical mechanics: at the time, it was a confirmation of a counter-intuitive (and controversial) theoretical prediction by J. Kirkwood. It necessitated an intensive collaboration between the Los Alamos team, with Bill Wood developing the Monte Carlo approach, and the Livermore group, where Berni Alder was inventing Molecular Dynamics. This article tells how it happened.
机译:通过称为Monte Carlo和分子动力学的两种新的数值技术,提供了硬球模型表现出一流的固体流体相转变。 该结果可以被视为计算统计力学的起点:当时,它是一个确认J. Kirkwood的反向直观(和争议)理论预测。 它需要洛杉矶阿拉莫斯团队之间的密集合作,贝尔伍德开发蒙特卡罗方法以及贝尔尼桤木发明分子动力学。 这篇文章讲述了它是如何发生的。

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