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arXiv 2103.00987math.NT
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广义Kato类与例外零拓扑

Generalized Kato classes and exceptional zero conjectures

Oscar Rivero

摘要:

本文的主要目的是研究Darmon,Lauder和Rotger的椭圆Stark图的不同例子,其中模形式$f$上的椭圆曲线在$p$上有分裂乘性约化,并且算术现象特别丰富.为此,我们借助于改进的$p$ -adic $L$ -函数的原理,研究了它们的$\mathcal L$ -不变量.我们进一步解释这些结果的派生上同调类来自设置的对角周期,表明相同的$\mathcal L$ -不变的理论中出现的$p$ -adic $L$ -功能也支配欧拉系统的算术。因此,我们可以减少,在分裂乘法的情况下,猜想的达蒙,劳德和罗杰到一个更熟悉的陈述关于高阶导数的三重产品$p$ -adic $L$ -函数在一个点内的经典插值区域内,在领域中的更知名的例外零代数。

英文摘要:

The primary objective of this paper is the study of different instances of the elliptic Stark conjectures of Darmon, Lauder and Rotger, in a situation where the elliptic curve attached to the modular form $f$ has split multiplicative reduction at $p$ and the arithmetic phenomena are specially rich. For that purpose, we resort to the principle of improved $p$-adic $L$-functions and study their $\mathcal L$-invariants. We further interpret these results in terms of derived cohomology classes coming from the setting of diagonal cycles, showing that the same $\mathcal L$-invariant which arises in the theory of $p$-adic $L$-functions also governs the arithmetic of Euler systems. Thus, we can reduce, in the split multiplicative situation, the conjecture of Darmon, Lauder and Rotger to a more familiar statement about higher order derivatives of a triple product $p$-adic $L$-function at a point lying inside the region of classical interpolation, in the realm of the more well-known exceptional zero conjectures.

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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