Quantum geometric Langlands correspondence in positive characteristic: the GL(N) case

Abstract

We prove a version of quantum geometric Langlands conjecture in characteristic $p$. Namely, we construct an equivalence of certain localizations of derived categories of twisted crystalline $\mathcal{D}$-modules on the stack of rank $N$ vector bundles on an algebraic curve $C$ in characteristic $p$. The twisting parameters are related in the way predicted by the conjecture, and are assumed to be irrational (i.e., not in ${\mathbb{F}}_p$). We thus extend the results of arXiv:math/0602255 concerning the similar problem for the usual (non-quantum) geometric Langlands. In the course of the proof, we introduce a generalization of $p$-curvature for line bundles with non-flat connections, define quantum analogs of Hecke functors in characteristic $p$ and construct a Liouville vector field on the space of de Rham local systems on $C$.

57 pages, to appear in Duke Math Journal

References in corpus (1)

• Twisted geometric Satake equivalence

Cited by in corpus (1)

• Tamely ramified geometric Langlands correspondence in positive characteristic