来自分形生成函数的高属法伊同分异构体

Konstantin Baune, Johannes Broedel, Egor Im, Artyom Lisitsyn, Yannis Moeckli
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引用次数: 0

摘要

在高次元黎曼曲面上构建多项式的一种可能方法是积分核,它可以从包含曲面几何的生成函数中导出。多项式之间的函数关系依赖于这些积分核的同分异构体。在这篇文章中,我们推导了恩里克斯的分形生成函数,并研究了相关积分核的含义。结果表明,它们是详尽无遗的,并因此产生了最近在 arXiv:2407.11476 中猜想的恩里克斯核的所有标识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Higher-genus Fay-like identities from meromorphic generating functions
A possible way of constructing polylogarithms on Riemann surfaces of higher genera facilitates integration kernels, which can be derived from generating functions incorporating the geometry of the surface. Functional relations between polylogarithms rely on identities for those integration kernels. In this article, we derive identities for Enriquez' meromorphic generating function and investigate the implications for the associated integration kernels. The resulting identities are shown to be exhaustive and therefore reproduce all identities for Enriquez' kernels conjectured in arXiv:2407.11476 recently.
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