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$\hbar$-Riemann-Hilbert correspondence

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abstract

We formulate and prove a Riemann-Hilbert correspondence between $\hbar$-differential equations and sheaf quantizations, which can be considered as a correspondence between two kinds of quantizations (deformation and sheaf quantization) of holomorphic cotangent bundles. The latter category is expected to be equivalent to a version of Fukaya category, which is a "quantization" of Lagrangian intersection theory. The ideas of the constructions are based on asymptotic/WKB analysis, which is related to geometric quantization.

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Hypergeometric Discriminants

math.AG · 2025-05-19 · conditional · novelty 7.0

The singular locus of a newly defined hypergeometric D-module equals the Euler discriminant locus, which is purely codimension one, and its characteristic cycle has a likelihood-equation formula.

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  • Hypergeometric Discriminants math.AG · 2025-05-19 · conditional · none · ref 44 · internal anchor

    The singular locus of a newly defined hypergeometric D-module equals the Euler discriminant locus, which is purely codimension one, and its characteristic cycle has a likelihood-equation formula.