Mathematical Knowledge and the Origin of Phenomenology

IF 0.3 3区 哲学 0 PHILOSOPHY
Gabriele Baratelli
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引用次数: 0

Abstract

The paper is divided into two parts. In the first one, I set forth a hypothesis to explain the failure of Husserl’s project presented in the Philosophie der Arithmetik based on the principle that the entire mathematical science is grounded in the concept of cardinal number. It is argued that Husserl’s analysis of the nature of the symbols used in the decadal system forces the rejection of this principle. In the second part, I take into account Husserl’s explanation of why, albeit independent of natural numbers, the system is nonetheless correct. It is shown that its justification involves, on the one hand, a new conception of symbols and symbolic thinking, and on the other, the recognition of the question of “the formal” and formalization as pivotal to understand “the mathematical” overall.
数学知识与现象学的起源
本文分为两部分。在第一篇中,我提出了一个假设来解释胡塞尔在《算术哲学》中提出的项目的失败,该项目基于整个数学科学建立在基数概念基础上的原则。有人认为,胡塞尔对年代际系统中使用的符号的性质的分析迫使人们拒绝这一原则。在第二部分,我考虑胡塞尔的解释,为什么尽管独立于自然数,这个系统仍然是正确的。它的正当性一方面涉及符号和符号思维的新概念,另一方面涉及对“形式”和形式化问题的认识,这是全面理解“数学”的关键。
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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CiteScore
0.40
自引率
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