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Quantum Geometric Langlands Correspondence


The quantum geometric Langlands correspondence compares categories of twisted D-modules on the principal-bundle stacks of an algebraic group and its Langlands dual group at reciprocal shifted levels. Let X be a smooth projective connected complex curve, let G be a connected simple complex algebraic group, and let G^ v be defined by the dual of the full root datum. The global form of G is retained. Write h^ v for the dual Coxeter number and L_G for the adjoint determinant line, whose fiber at a bundle E is detH^0(X,g_E) tensor detH^1(X,g_E)^(-1). Use the convention

 D_c(Bun_G(X))=D(L_G^((c-h^ v )/(2h^ v ))),

where D(L^s) is the cocomplete derived differential graded category of all twisted D-modules for that complex exponent. It is a twist of differential operators rather than a chosen root of L.


See also

Algebraic Stack, D-Module, Differential Graded Category, Geometric Langlands Correspondence, Langlands Dual Group, Principal Bundle

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References

Bogdanova, E. "Non-vanishing of Quantum Geometric Whittaker Coefficients." 26 Aug 2025. https://arxiv.org/abs/2508.19058.Bogdanova, E. "Quantum Betti Geometric Langlands Functor." 28 Jun 2026. https://arxiv.org/abs/2606.29585.

Cite this as:

Weisstein, Eric W. "Quantum Geometric Langlands Correspondence." From MathWorld--A Wolfram Resource. https://mathworld.wolfram.com/QuantumGeometricLanglandsCorrespondence.html

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