Calabi-Yau动机的l -导数和双扩展

Vasily Golyshev
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引用次数: 0

摘要

摘要用$ L $超几何和$ D=z\frac{\partial }{dz} $证明了形式为$ DLD $的微分算子是Picard-Fuchs型。我们给出了一类双扩展周期矩阵的子矩阵的闭超几何表达式,这些子矩阵是由假定为解析秩1的阶4权3 Calabi-Yau动机所产生的。我们将它们的值与$ s=2 $上各自动机的$ L $ -函数的一阶导数进行数值比较。
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On L-derivatives and biextensions of Calabi–Yau motives
Abstract We prove that certain differential operators of the form $ DLD $ with $ L $ hypergeometric and $ D=z\frac{\partial }{dz} $ are of Picard–Fuchs type. We give closed hypergeometric expressions for minors of the biextension period matrices that arise from certain rank 4 weight 3 Calabi–Yau motives presumed to be of analytic rank 1. We compare their values numerically to the first derivative of the $ L $ -functions of the respective motives at $ s=2 $ .
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