19th-century real analysis, forward and backward

J. Bair, Piotr Błaszczyk, P. Heinig, V. Kanovei, M. Katz
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引用次数: 8

Abstract

19th century real analysis received a major impetus from Cauchy's work. Cauchy mentions variable quantities, limits, and infinitesimals, but the meaning he attached to these terms is not identical to their modern meaning. Some Cauchy historians work in a conceptual scheme dominated by an assumption of a teleological nature of the evolution of real analysis toward a preordained outcome. Thus, Gilain and Siegmund-Schultze assume that references to limite in Cauchy's work necessarily imply that Cauchy was working with an Archi-medean continuum, whereas infinitesimals were merely a convenient figure of speech, for which Cauchy had in mind a complete justification in terms of Archimedean limits. However, there is another formalisation of Cauchy's procedures exploiting his limite, more consistent with Cauchy's ubiquitous use of infinitesimals, in terms of the standard part principle of modern infinitesimal analysis. We challenge a misconception according to which Cauchy was allegedly forced to teach infinitesimals at the Ecole Polytechnique. We show that the debate there concerned mainly the issue of rigor, a separate one from infinitesimals. A critique of Cauchy's approach by his contemporary de Prony sheds light on the meaning of rigor to Cauchy and his contemporaries. An attentive reading of Cauchy's work challenges received views on Cauchy's role in the history of analysis, and indicates that he was a pioneer of infinitesimal techniques as much as a harbinger of the Epsilontik.
19世纪的真实分析,向前和向后
19世纪的真实分析从柯西的工作中得到了很大的推动。柯西提到了变量、极限和无穷小,但他赋予这些术语的含义与现代意义并不相同。一些柯西历史学家在一种概念方案中工作,这种方案被一种假设所支配,即真实分析的进化具有目的论性质,朝着预定的结果发展。因此,Gilain和siegmundd - schultze假设柯西的著作中提到的极限必然意味着柯西在研究阿基米德连续体,而无限小仅仅是一种方便的修辞,柯西在脑海中已经用阿基米德极限来完全证明了这一点。然而,根据现代无穷小分析的标准部原理,还有另一种利用他的极限的柯西过程的形式化,更符合柯西对无穷小的普遍使用。我们挑战一种误解,根据这种误解,据说柯西被迫在巴黎综合理工学院教授无限小。我们表明,那里的辩论主要是关于严谨性的问题,一个与无穷小不同的问题。与他同时代的德·普罗尼对柯西方法的批评揭示了严谨对柯西和他同时代人的意义。仔细阅读柯西的作品挑战了对柯西在分析史上的作用的看法,并表明他是无限小技术的先驱,也是Epsilontik的先驱。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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