Non-commutative Krull monoids: A divisor theoretic approach and their arithmetic

2012/08/21 by Geroldinger, Alfred · 1 citation
#13F05 #16H10 #16U30 #20M12 #20M13 #Commutative Algebra (math.AC) #FOS: Mathematics #Group Theory (math.GR) #Rings and Algebras (math.RA)

paper · doi:10.48550/arxiv.1208.4202

Abstract

A (not necessarily commutative) Krull monoid---as introduced by Wauters---is defined as a completely integrally closed monoid satisfying the ascending chain condition on divisorial two-sided ideals. We study the structure of these Krull monoids, both with ideal theoretic and with divisor theoretic methods. Among others we characterize normalizing Krull monoids by divisor theories. Based on these results we give a criterion for a Krull monoid to be a bounded factorization monoid, and we provide arithmetical finiteness results in case of normalizing Krull monoids with finite Davenport constant.

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• Factorization in Finitely-Presented Monoids

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