Riemann surfaces, Clifford algebras and infinite dimensional groups

We introduce a class of Riemann surfaces which possess a fixed point free involution and line bundles over these surfaces with which we can associate an infinite dimensional Clifford algebra. Acting by automorphisms of this algebra is a "gauge" group of meromorphic functions on the Riemann...

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Main Authors: Carey, A, Eastwood, MG, Hannabuss, K
Formato: Journal article
Idioma:English
Publicado em: Springer-Verlag 1990
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author Carey, A
Eastwood, MG
Hannabuss, K
author_facet Carey, A
Eastwood, MG
Hannabuss, K
author_sort Carey, A
collection OXFORD
description We introduce a class of Riemann surfaces which possess a fixed point free involution and line bundles over these surfaces with which we can associate an infinite dimensional Clifford algebra. Acting by automorphisms of this algebra is a "gauge" group of meromorphic functions on the Riemann surface. There is a natural Fock representation of the Clifford algebra and an associated projective representation of this group of meromorphic functions in close analogy with the construction of the basic representation of Kac-Moody algebras via a Fock representation of the Fermion algebra. In the genus one case we find a form of vertex operator construction which allows us to prove a version of the Boson-Fermion correspondence. These results are motivated by the analysis of soliton solutions of the Landau-Lifshitz equation and are rather distinct from recent developments in quantum field theory on Riemann surfaces. © 1990 Springer-Verlag.
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spelling oxford-uuid:a9ebe6d1-368a-484a-b19c-dece0d4166572022-03-27T03:11:44ZRiemann surfaces, Clifford algebras and infinite dimensional groupsJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:a9ebe6d1-368a-484a-b19c-dece0d416657EnglishSymplectic Elements at OxfordSpringer-Verlag1990Carey, AEastwood, MGHannabuss, KWe introduce a class of Riemann surfaces which possess a fixed point free involution and line bundles over these surfaces with which we can associate an infinite dimensional Clifford algebra. Acting by automorphisms of this algebra is a "gauge" group of meromorphic functions on the Riemann surface. There is a natural Fock representation of the Clifford algebra and an associated projective representation of this group of meromorphic functions in close analogy with the construction of the basic representation of Kac-Moody algebras via a Fock representation of the Fermion algebra. In the genus one case we find a form of vertex operator construction which allows us to prove a version of the Boson-Fermion correspondence. These results are motivated by the analysis of soliton solutions of the Landau-Lifshitz equation and are rather distinct from recent developments in quantum field theory on Riemann surfaces. © 1990 Springer-Verlag.
spellingShingle Carey, A
Eastwood, MG
Hannabuss, K
Riemann surfaces, Clifford algebras and infinite dimensional groups
title Riemann surfaces, Clifford algebras and infinite dimensional groups
title_full Riemann surfaces, Clifford algebras and infinite dimensional groups
title_fullStr Riemann surfaces, Clifford algebras and infinite dimensional groups
title_full_unstemmed Riemann surfaces, Clifford algebras and infinite dimensional groups
title_short Riemann surfaces, Clifford algebras and infinite dimensional groups
title_sort riemann surfaces clifford algebras and infinite dimensional groups
work_keys_str_mv AT careya riemannsurfacescliffordalgebrasandinfinitedimensionalgroups
AT eastwoodmg riemannsurfacescliffordalgebrasandinfinitedimensionalgroups
AT hannabussk riemannsurfacescliffordalgebrasandinfinitedimensionalgroups