Hitchin's connection, Toeplitz operators and symmetry invariant deformation quantization
arXiv:math/0611126
Abstract
We establish that Hitchin's connection exist for any rigid holomorphic family of Kahler structures on any compact pre-quantizable symplectic manifold which satisfies certain simple topological constraints. Using Toeplitz operators we prove that Hitchin's connection induces a unique formal connection on smooth functions on the symplectic manifold. Parallel transport of this formal connection produces equivalences between the corresponding Berezin-Toeplitz deformation quantizations. - In the cases where the Hitchin connection is projectively flat, the formal connections will be flat and we get a symmetry-invariant formal quantization. If a certain cohomological condition is satisfied a global trivialization of this algebra bundle is constructed. As a corollary we get a symmetry-invariant deformation quantization. Finally, these results are applied to the moduli space situation in which Hitchin's originally constructed his connection. First we get a proof that the Hitchin connection in this case is the same as the connection constructed by Axelrod, Della Pietra and Witten. Second we obtain in this way a mapping class group invariant formal quantization of the smooth symplectic leaves of the moduli space of flat SU(n)-connections on any compact surface.
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References in corpus (4)
Cited by in corpus (8)
- The Omega Deformation, Branes, Integrability, and Liouville Theory
- Mapping Class Groups do not have Kazhdan's Property (T)
- Hitchin's Projectively Flat Connection, Toeplitz Operators and the Asymptotic Expansion of TQFT Curve Operators
- Asymptotics of Toeplitz operators and applications in TQFT
- Hitchin's Connection in Half-Form Quantization
- Degree one cohomology with twisted coefficients of the mapping class group
- Cohomology of mapping class groups and the abelian moduli space
- The Nielsen-Thurston classification of mapping classes is determined by TQFT