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arXiv 2305.02495math.CV
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单叶函数的Grunsky范数与阿贝尔全纯微分

The Grunsky norm of univalent functions and abelian holomorphic differentials

Samuel L. Krushkal

AI总结:

本研究证明圆盘上归一化单叶函数的Grunsky范数由全纯阿贝尔微分的平方决定,区别于关联所有可积全纯二次微分的Teichmuller范数,该结果可给出所有拟共形曲线Fredholm特征值的显式表示。

摘要:

我们证明,圆盘上任意归一化单叶函数的Grunsky范数完全由全纯阿贝尔微分的平方决定(这与涉及所有可积全纯二次微分的Teichmuller范数形成对比)。该结果具有重要且有趣的应用,具体而言,它给出了所有拟共形曲线的Fredholm特征值的显式表示。

英文摘要:

We establish that the Grunsky norm of any normalized univalent function on the disk is completely determined by the squares of holomorphic abelian differentials (in contrast to the Teichmuller norm, which relates to all integrable holomorphic quadratic differentials). This result has important interesting applications. In particular, it provides an explicit representation of Fredholm eigevalues of all quasiconformal curves.

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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