艾伦伯格-摩尔单子范畴上的微分扭转理论

Divya Ahuja, Surjeet Kour
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引用次数: 0

摘要

让 $mathcal C$ 是一个格罗内迪克范畴,$U$ 是在 $mathcalC$ 上的一个单元,它是精确的,并且保留顶点。在本文中,我们将证明在单元 $U$ 上的模块的艾伦伯格-摩尔类别 $EM_U$ 上的每一个遗传扭转理论都是微分的。此外,如果 $\delta:U\longrightarrow U$ 表示单元 $U$ 上的派生,那么我们证明 $U$ 模块 $M$ 上的每个 $\delta$ 派生都唯一地扩展到 $M$ 的商模块上的 $\delta$ 派生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Differential torsion theories on Eilenberg-Moore categories of monads
Let $\mathcal C$ be a Grothendieck category and $U$ be a monad on $\mathcal C$ that is exact and preserves colimits. In this article, we prove that every hereditary torsion theory on the Eilenberg-Moore category $EM_U$ of modules over a monad $U$ is differential. Further, if $\delta:U\longrightarrow U$ denotes a derivation on a monad $U$, then we show that every $\delta$-derivation on a $U$-module $M$ extends uniquely to a $\delta$-derivation on the module of quotients of $M$.
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