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For the Introduction of a Conceptual Perspective in Mathematics: Dedekind, Noether, van der Waerden

机译:对于数学概念观点的介绍:Dedekind,Noether,van der Waerden

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"She [Noether] then appeared as the creator of a new direction in algebra and became the leader, the most consistent and brilliant representative, of a particular mathematical doctrine - of all that is characterized by the term, Begriffliche Mathematik'."(2) The aim of this paper is to illuminate this "new direction", which can be characterized as a conceptual [begriffliche] perspective in mathematics, and to comprehend its roots and trace its establishment. Field, ring, ideal, the core concepts of this new direction in mathematical images of knowledge, were conceptualized by Richard Dedekind (1831-1916) within the scope of his number theory research and associated with an understanding of a formation of concepts as a "free creation of the human spirit"(3). They thus stand for an abstract perspective of mathematics in their entirety, described as 'modern algebra' in the 1920s and 1930s, leading to an understanding of mathematics as structural sciences. The establishment of this approach to mathematics, which is based on " general mathematical concepts" [allgemein-mathematische Begriffe](4), was the success of a cultural movement whose most important protagonists included Emmy Noether (1882-1935) and her pupil Bartel L. van der Waerden (1903-1996). With the use of the term 'conceptual', a perspective is taken in the analysis which allows for developing connections between the thinking of Dedekind, the "working and conceptual methods" [Arbeits-und Auffassungsmethoden](5) of Noether as well as the methodological approach, represented through the thought space of the Noether School as presented under the term "conceptual world" [Begriffswelt](6) in the Moderne Algebra of van der Waerden. This essay thus makes a contribution to the history of the introduction of a structural perspective in mathematics, a perspective that is inseparable from the mathematical impact of Noether, her reception of the work of Dedekind and the creative strength of the Noether School.
机译:“她[Noether]随后成为代数新方向的创造者,并成为特定数学学说的领导者,最一致和最杰出的代表-所有以术语Begriffliche Mathematik'为特征的事物。”(2本文的目的是阐明这个“新方向”,可以将其描述为数学中的概念性[begriffliche]观点,并理解其根源并追踪其建立。理查德·德德金(Richard Dedekind(1831-1916)在他的数论研究范围内,将领域,环形,理想,这一新方向的核心概念在知识的数学图像中概念化,并将其理解为“自由创造人类精神”(3)。因此,它们代表了整个数学的抽象观点,在1920年代和1930年代被描述为“现代代数”,从而使人们将数学理解为结构科学。这种基于“一般数学概念” [allgemein-mathematische Begriffe](4)的数学方法的建立是一次文化运动的成功,其最重要的主角包括艾美·诺瑟(Emmy Noether,1882-1935年)和她的学生巴特尔(Bartel)范德瓦尔登(L. van der Waerden)(1903-1996)。通过使用“概念”一词,分析中采用了一种观点,这种观点允许在Dedekind的思想与Noether的“工作方法和概念方法” [Arbeits-und Auffassungsmethoden](5)之间建立联系。方法论方法,通过范德华登现代代数中“概念世界” [Begriffswelt](6)一词所代表的Noether派的思想空间来表示。因此,本文为在数学中引入结构性观点的历史做出了贡献,这种观点与Noether的数学影响,她对Dedekind著作的接受以及Noether学校的创造力密不可分。

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