Symplectic four-manifolds and conformal blocks
Ivan Smith
Abstract
We apply ideas from conformal field theory to study symplectic four-manifolds, by using modular functors to "linearise" Lefschetz fibrations. In Chern-Simons theory this leads to the study of parabolic vector bundles of conformal blocks. Motivated by the Hard Lefschetz theorem, we show the bundles of SU(2) conformal blocks associated to Kaehler surfaces are Brill-Noether special, although the associated flat connexions may be irreducible if the surface is simply-connected and not spin.
Create a lesson
Related papers
Metaplectic-c prequantizations and the Einstein--Brillouin--Keller quantizability condition
Hyunmoon Kim
Localization of Floer homology for Zp-actions
Erkao Bao, Tyler Lawson, Cheuk Yu Mak
On some rigidity results for high-dimensional confoliations
Fabio Gironella, Seungook Yu
Holomorphic approximation for Hamiltonian diffeomorphism groups via the Symplectic Density Property
Gaofeng Huang, Frank Kutzschebauch
Open WDVV equations for non-commutative families of bounding cochains
Elad Kosloff
Invariant sets and spectral rigidity of Hamiltonian diffeomorphisms
Habib Alizadeh, Egor Shelukhin