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arXiv 2409.20170math.LOcs.LO
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超阿贝尔逻辑

Superabelian logics

Institute of Computer Science, Czech Academy of Sciences(捷克科学院计算机研究所);Department of Algebra, Faculty of Mathematics and Physics, Charles University(查理大学数学物理学院代数系);Department of Information Engineering and Mathematics, University of Siena(锡耶纳大学信息与工程数学系)

Petr Cintula, Filip Jankovec, Carles Noguera

AI总结:

本文研究了与阿贝尔逻辑相关的逻辑家族,探讨了无穷扩展及指向阿贝尔逻辑的扩展,提供了多种逻辑的公理化系统及与标准卢卡谢维奇逻辑的关系。

摘要:

本文提出了一种统一的代数研究方法,用于研究与阿贝尔逻辑(Ab)相关的逻辑家族。我们将Ab作为基础系统,并将其扩展称为超阿贝尔逻辑。本文重点研究了两种主要扩展家族。首先,我们探讨了Ab的无穷扩展,为实数的无穷逻辑提供了公理化,并证明了该家族中存在2^{2^ω}种不同的逻辑。其次,我们引入了指向阿贝尔逻辑(pAb),即指向阿贝尔格格逻辑,通过在语言中添加新常数来实现。该框架包括卢卡谢维奇无界逻辑。我们为它的有限和无限版本提供了公理化系统作为pAb的扩展,并通过形式翻译建立了其与标准卢卡谢维奇逻辑的精确关系。最后,本文为分析所发展的方法被推广到其他著名指向群的逻辑公理化。

英文摘要:

This paper presents a unified algebraic study of a family of logics related to Abelian logic (Ab), the logic of Abelian lattice-ordered groups. We treat Ab as the base system and refer to its expansions as superabelian logics. The paper focuses on two main families of expansions. First, we investigate the rich landscape of infinitary extensions of Ab, providing an axiomatization for the infinitary logic of real numbers and showing that there exist $2^{2^ω}$ distinct logics in this family. Second, we introduce pointed Abelian logic (pAb), the logic of pointed Abelian lattice-ordered groups, by adding a new constant to the language. This framework includes Łukasiewicz unbound logic. We provide axiomatizations for its finitary and infinitary versions as extensions of pAb and establish their precise relationship with standard Łukasiewicz logic via a formal translation. Finally, the methods developed for this analysis are generalized to axiomatize the logics of other prominent pointed groups.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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