Tannaka Duality for Geometric Stacks
arXiv:math/0412266
Abstract
We show that, under appropriate hypothesis, the groupoid of maps from S to an an algebraic stack X can be identified with a category of tensor functors from coherent sheaves on X to coherent sheaves on S. As an application, we show that if S is a proper variety over the field of complex numbers, then every ``analytic'' map from S to X is ``algebraic''.
14 pages; preliminary version
Cited by in corpus (18)
- Categorification of algebraic quantum field theories
- Stably semiorthogonally indecomposable varieties
- Modules Over a Chiral Algebra
- Functorial destackification and weak factorization of orbifolds
- Comodule categories and the geometry of the stack of formal groups
- Sheafification of linear functors
- Which abelian tensor categories are geometric?
- Rosenberg's Reconstruction Theorem (after Gabber)
- Generalizing the GAGA Principle
- On the derived category of quasi-coherent sheaves on an Adams geometric stack
- Localizations of tensor categories and fiber products of schemes
- Obvious natural morphisms of sheaves are unique
- Artin algebraization and quotient stacks
- The Jordan--Chevalley decomposition for -bundles on elliptic curves
- Monoidal Infinity Category of Complexes from Tannakian Viewpoint
- The Derived Category of quasi-coherent sheaves on an Artin stack via model structures
- From Ohkawa to strong generation via approximable triangulated categories -- a variation on the theme of Amnon Neeman's Nagoya lecture series
- Stacks of fiber functors and Tannaka's reconstruction