Abstract
How do we discover and justify axioms of mathematics? In view of the long history of the axiomatic method, it is rather embarrassing that we are still lacking a standard answer to this simple question. Since the axiom of choice is arguably one of the most frequently discussed famous axioms throughout the history of mathematics, Thomas Forster’s recent identification of the axiom as an inference to the best explanation (IBE) provides us with a nice point of departure. I will argue that, by separating sharply between abduction and IBE, we can give a convincing account of both the discovery and the justification of the axioms of mathematics.
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Notes
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Please refer to my more extensive discussion of Zermelo in Chap. 5 of Park [40].
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I also discussed this problem in Park [41]. I am delighted by Raftopoulos’s reminder that Hintikka [18, 19] already argued for the distinction between abduction and IBE (Raftopoulos [51], 262–263). In fact, Woods also discuss the problems related to abduction and IBE in his writings. For example, he discusses them in connection with the problem of abductive premiss-searches (Woods [62], p. 2, [63], p. 136). Woods’ most recent attempt to prove the impossibility of identifying abduction with IBE is discussed in Park [41].
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Park, W. (2021). On Abducing the Axioms of Mathematics. In: Shook, J.R., Paavola, S. (eds) Abduction in Cognition and Action. Studies in Applied Philosophy, Epistemology and Rational Ethics, vol 59. Springer, Cham. https://doi.org/10.1007/978-3-030-61773-8_8
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