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Greek Texts and the Rigorization of Analysis:An Inquiry into J.L.Lagrange's Work on the History of Mathematics 被引量:1
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作者 Wang Xiaofei 《Chinese Annals of History of Science and Technology》 2020年第1期139-165,共27页
This paper offers a study of J.L.Lagrange's research on history of mathematics,aiming to clarify Lagrange's intention in carrying out historical work.To this end,I first document how Lagrange worked with and e... This paper offers a study of J.L.Lagrange's research on history of mathematics,aiming to clarify Lagrange's intention in carrying out historical work.To this end,I first document how Lagrange worked with and exerted his influence on other scholars in the translation and diffusion of ancient Greek texts.Second,investigating Lagrange's style in doing and writing history of mathematics,this paper takes a new perspective and elucidates his motivation in these activities.In particular,it focuses on Lagrange's presentation of the history of calculus while he was teaching analysis at the Ecole Polytechnique(1795-1799)so as to clarify the function of history in Lagrange's mathematical works.My thesis is that Lagrange's intention in examining the different methods employed by his predecessors was to find inspiration and useful contents in his search for the proper approach to mathematical problems.I thus argue in this paper that history served as a guide or methodology for Lagrange's mathematics.Meanwhile,through an analysis of his historical writing,this paper points to four epistemological values according to which Lagrange judged various historical methods of differential calculus:generality,simplicity,clarity,and rigor.Lagrange's move to rigorize analysis was connected to his interest in and research of Greek texts;he was attempting to introduce the rigor of the ancient Greeks'demonstration in his works of analysis. 展开更多
关键词 ancient Greek mathematics history of calculus Ecole Polytechnique epistemological values rigorizing analysis
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函数连续性概念的历史:从欧拉到勒贝格 被引量:1
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作者 李亚亚 王昌 《自然辩证法通讯》 北大核心 2024年第2期61-67,共7页
函数是数学中的一个基本概念,连续性是函数的重要性质之一。函数连续性概念源于几何直观,受函数为解析表达式概念的限制,函数的连续性一开始被看成是解析法则的不变性。随着函数概念的发展,并顺应分析学严格化发展的潮流,柯西将连续意... 函数是数学中的一个基本概念,连续性是函数的重要性质之一。函数连续性概念源于几何直观,受函数为解析表达式概念的限制,函数的连续性一开始被看成是解析法则的不变性。随着函数概念的发展,并顺应分析学严格化发展的潮流,柯西将连续意味着不间断的几何观念用精确的分析学定义表述出来,从而给出了现代意义下的函数连续性,最终魏尔斯特拉斯给出了现行的ε-δ定义。对函数连续性概念演变过程的研究可以为反观分析学严格化历程提供一个窗口。 展开更多
关键词 分析严格 函数 连续性 可微性 可积性
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