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超越图灵阈值:生产性文法生成本质上不可判定的语言

Beyond the Turing threshold: Productive grammars generate essentially undecidable languages

Luis M. Augusto

arXiv 2609.11385首次发表:更新:

AI 中文总结

本文从形式语言理论视角,设计模拟波斯特生产性集合构造的生成文法,以生成本质上不可判定的语言,超越图灵可判定性。

AI 中文摘要

埃米尔·波斯特的生产性集合甚至不是半可计算的,更不用说可计算了,因此本质上是不可计算的。相应地,其词集为(完全)生产性集合的形式语言本质上是不可判定的。在本文中,我从形式语言理论的角度阐述波斯特生产性:我设计了模拟自然数生产性集合构造的形式文法,从而超越了图灵可判定性。

英文摘要

Emil Post's productive sets are not even semi-computable, let alone computable, being thus essentially incomputable. Accordingly, formal languages whose set of words is a (completely) productive set are essentially undecidable. In this article, I elaborate on Post productivity from the viewpoint of formal language theory: I design formal grammars that emulate the construction of productive sets of natural numbers and are thus beyond Turing-decidability.

CommentsKey words: Post productivity; Completely productive set; Turing-decidability; Essential undecidability; Productive grammar; Productive grammar. This work will be developed from the viewpoint of theoretical computer virology

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