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arXiv 1311.3166math.AGmath.NT
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动机复合体与zeta函数的特殊值

Motivic complexes and special values of zeta functions

James Milne, Niranjan Ramachandran

摘要:

从1966年Artin和Tate的猜想开始,出现了一系列用代数簇的其他不变量来表示有限域上代数簇的zeta函数的特殊值的相继的更一般的表达式。本文给出了这一猜想的最终结果,并给出了证明,特别是对Voevodsky的Z[1/p]-范畴的etale motivic复形进行了p-积分结构的推广,证明了对于这一范畴,我们的猜想是Tate和Beilinson猜想的推广.由于该猜想是在motivic复合物方面陈述的,它(潜在地)也适用于代数栈、对数簇、单纯簇等。

英文摘要:

Beginning with the conjecture of Artin and Tate in 1966, there has been a series of successively more general conjectures expressing the special values of the zeta function of an algebraic variety over a finite field in terms of other invariants of the variety. In this article, we present the ultimate such conjecture, and provide evidence for it. In particular, we enhance Voevodsky's Z[1/p]-category of etale motivic complexes with a p-integral structure, and show that, for this category, our conjecture follows from the Tate and Beilinson conjectures. As the conjecture is stated in terms of motivic complexes, it (potentially) applies also to algebraic stacks, log varieties, simplicial varieties, etc..

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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