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arXiv 2006.14872math.SGhep-thmath.AGmath.QA
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来自精确WKB分析的层量子化

Sheaf quantization from exact WKB analysis

Tatsuki Kuwagaki

AI总结:

该研究利用精确WKB分析,在斯托克斯曲线行为假设下对诺维科夫环上的谱曲线做层量子化,证明薛定谔方程中相关局部系统可与Voros--Iwaki--Nakanishi坐标等同,为$\barh$增强的Riemann--Hilbert对应提供对象层面实现。

摘要:

层量子化是与拉格朗日膜相关的层。利用精确WKB分析的结果,我们在关于斯托克斯曲线行为的若干假设下,对诺维科夫环上的谱曲线进行层量子化。对于薛定谔方程,我们证明了谱曲线上与层量子化(微局部化又称阿贝尔化)相关的局部系统可与Voros--Iwaki--Nakanishi坐标等同。我们预期这些层量子化是$\barh$增强的Riemann--Hilbert对应的对象层面实现。

英文摘要:

A sheaf quantization is a sheaf associated to a Lagrangian brane. By using the results of exact WKB analysis, we sheaf-quantize spectral curves over the Novikov ring under some assumptions on the behavior of Stokes curves. For Schrödinger equations, we prove that the local system associated to the sheaf quantization (microlocalization a.k.a. abelianization) over the spectral curve can be identified with the Voros--Iwaki--Nakanishi coordinate. We expect that these sheaf quantizations are the object-level realizations of the $\hbar$-enhanced Riemann--Hilbert correspondence.

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