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First-Order Reasoning and Primitive Recursive Natural Number Notations

机译:一阶推理和原始递归自然数表示法

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摘要

If the collection of models for the axioms, of elementary number theory (Peano arithmetic) is enlarged to include not just the "natural numbers" or their non-standard infinitistic extensions but also what are here called "primitive recursive notations", questions arise about the reliability of first-order derivations from,. In this enlarged set of "models" some derivations usually accepted as "reliable" may be problematic. This paper criticizes two of these derivations which claim, respectively, to establish the totality of exponentiation and to prove Euclid's theorem about the infinity of primes.
机译:如果将基本数论(Peano算术)的公理模型集合扩大到不仅包括“自然数”或它们的非标准无穷扩展,而且这里包括所谓的“原始递归表示法”,那么就会出现以下问题:一阶推导的可靠性。在这种扩大的“模型”集合中,通常被认为是“可靠”的某些推导可能会出现问题。本文批评了其中的两个推导,它们分别主张建立求幂的总数并证明欧几里德定理无穷大的定理。

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