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Mathematical, Philosophical and Semantic Considerations on Infinity (I): General Concepts

机译:关于无穷大的数学,哲学和语义考虑(I):一般概念

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摘要

In the Reality we know, we cannot say if something is infinite whether we are doing Physics, Biology, Sociology or Economics. This means we have to be careful using this concept. Infinite structures do not exist in the physical world as far as we know. So what do mathematicians mean when they assert the existence of ω (the mathematical symbol for the set of all integers)? There is no universally accepted philosophy of mathematics but the most common belief is that mathematics touches on another worldly absolute truth. Many mathematicians believe that mathematics involves a special perception of an idealized world of absolute truth. This comes in part from the recognition that our knowledge of the physical world is imperfect and falls short of what we can apprehend with mathematical thinking. The objective of this paper is to present an epistemological rather than an historical vision of the mathematical concept of infinity that examines the dialectic between the actual and potential infinity.
机译:在我们所知道的现实中,我们不能说是在做物理学,生物学,社会学还是经济学的无限事物。这意味着我们必须谨慎使用此概念。据我们所知,物理世界中不存在无限结构。那么,当数学家断言存在ω(所有整数的数学符号)时,这意味着什么?没有普遍接受的数学哲学,但最普遍的信念是数学触及了另一个世俗的绝对真理。许多数学家认为,数学涉及对绝对真理的理想世界的特殊理解。这部分是由于人们认识到,我们对物理世界的知识是不完善的,并且缺乏我们对数学思维的理解。本文的目的是提出一种无穷的数学概念的认识论而不是历史的视野,以检验实际无穷和潜在无穷之间的辩证法。

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