Conformal nets II: conformal blocks

Conformal nets provide a mathematical formalism for conformal field theory. Associated to a conformal net with finite index, we give a construction of the ‘bundle of conformal blocks’, a representation of the mapping class groupoid of closed topological surfaces into the category of finite-dimension...

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Main Authors: Bartels, A, Douglas, C, Henriques, A
Format: Journal article
Published: Springer Verlag 2017
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author Bartels, A
Douglas, C
Henriques, A
author_facet Bartels, A
Douglas, C
Henriques, A
author_sort Bartels, A
collection OXFORD
description Conformal nets provide a mathematical formalism for conformal field theory. Associated to a conformal net with finite index, we give a construction of the ‘bundle of conformal blocks’, a representation of the mapping class groupoid of closed topological surfaces into the category of finite-dimensional projective Hilbert spaces. We also construct infinite-dimensional spaces of conformal blocks for topological surfaces with smooth boundary. We prove that the conformal blocks satisfy a factorization formula for gluing surfaces along circles, and an analogous formula for gluing surfaces along intervals. We use this interval factorization property to give a new proof of the modularity of the category of representations of a conformal net.
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spelling oxford-uuid:557c58e4-0a4f-4986-a161-95dc9e8285102022-03-26T16:44:20ZConformal nets II: conformal blocksJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:557c58e4-0a4f-4986-a161-95dc9e828510Symplectic Elements at OxfordSpringer Verlag2017Bartels, ADouglas, CHenriques, AConformal nets provide a mathematical formalism for conformal field theory. Associated to a conformal net with finite index, we give a construction of the ‘bundle of conformal blocks’, a representation of the mapping class groupoid of closed topological surfaces into the category of finite-dimensional projective Hilbert spaces. We also construct infinite-dimensional spaces of conformal blocks for topological surfaces with smooth boundary. We prove that the conformal blocks satisfy a factorization formula for gluing surfaces along circles, and an analogous formula for gluing surfaces along intervals. We use this interval factorization property to give a new proof of the modularity of the category of representations of a conformal net.
spellingShingle Bartels, A
Douglas, C
Henriques, A
Conformal nets II: conformal blocks
title Conformal nets II: conformal blocks
title_full Conformal nets II: conformal blocks
title_fullStr Conformal nets II: conformal blocks
title_full_unstemmed Conformal nets II: conformal blocks
title_short Conformal nets II: conformal blocks
title_sort conformal nets ii conformal blocks
work_keys_str_mv AT bartelsa conformalnetsiiconformalblocks
AT douglasc conformalnetsiiconformalblocks
AT henriquesa conformalnetsiiconformalblocks