数学认识论笔记

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摘要

本章试图说明数学思想在过去两个世纪里是如何变化的。事实上,随着所谓的非欧几里得几何的发现,数学思想发生了深刻的变化。随着欧几里得对“对偶性”的公设的否定,即平行线的唯一性,以及在逻辑和相干平面上同样有效的几何理论的构建,即非欧几里得几何,“公设”或“公理”一词的意义发生了根本性的变化。一个理论的公理不一定是由真实的证据所决定的。在此基础上建立了算术和几何的结构。公理化演绎法变成了数学方法。它还将强调数学与我们周围的现实之间的持续联系,这种联系往往通过人工的、抽象的语言和清晰的、特定的语法规则来明确表达。最后,你会注意到与现有技术的联系,即新的电子和数字技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Epistemological Notes on Mathematics
This chapter is an attempt to show how mathematical thought has changed in the last two centuries. In fact, with the discovery of the so-called non-Euclidean Geometries, mathematical thinking changed profoundly. With the negation of the postulate for “antonomasia,” that is the uniqueness of the parallel for Euclid, and the construction of a geometric theory equally valid on the logical and coherence plane, called non-Euclidean geometry, the meaning of the word “postulate” or “axiom” changes radically. The axioms of a theory do not necessarily have to be dictated by real evidence. On this basis the constructions of arithmetic and geometry are built. The axiomatic-deductive method becomes the mathematical method. It will also highlight the constant link between mathematics and the reality that surrounds us, which tends to make itself explicit through an artificial, abstract language and with clear and certain grammatical rules. Finally, you will notice the connection with the existing technology, that is the new electronic and digital technology.
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