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On Type IIB Vacua With Varying Coupling Constant

We describe type IIB compactifications with varying coupling constant in d=6,7,8,9 dimensions, where part of the ten-dimensional SL(2,Z) symmetry is broken by a background with Gamma_0(n) or Gamma(n) monodromy for n=2,3,4. This extends the known class of F-theory vacua to theories which are dual to...

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Detalles Bibliográficos
Autores principales: Berglund, Per, Klemm, A., Mayr, P., Theisen, S.
Lenguaje:eng
Publicado: 1998
Materias:
Acceso en línea:https://dx.doi.org/10.1016/S0550-3213(99)00420-4
http://cds.cern.ch/record/355832
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author Berglund, Per
Klemm, A.
Mayr, P.
Theisen, S.
author_facet Berglund, Per
Klemm, A.
Mayr, P.
Theisen, S.
author_sort Berglund, Per
collection CERN
description We describe type IIB compactifications with varying coupling constant in d=6,7,8,9 dimensions, where part of the ten-dimensional SL(2,Z) symmetry is broken by a background with Gamma_0(n) or Gamma(n) monodromy for n=2,3,4. This extends the known class of F-theory vacua to theories which are dual to heterotic compactifications with reduced rank. On compactifying on a further torus, we obtain a description of the heterotic moduli space of G bundles over elliptically fibered manifolds without vector structure in terms of complex geometries.
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spelling cern-3558322023-03-14T19:56:31Zdoi:10.1016/S0550-3213(99)00420-4http://cds.cern.ch/record/355832engBerglund, PerKlemm, A.Mayr, P.Theisen, S.On Type IIB Vacua With Varying Coupling ConstantParticle Physics - TheoryWe describe type IIB compactifications with varying coupling constant in d=6,7,8,9 dimensions, where part of the ten-dimensional SL(2,Z) symmetry is broken by a background with Gamma_0(n) or Gamma(n) monodromy for n=2,3,4. This extends the known class of F-theory vacua to theories which are dual to heterotic compactifications with reduced rank. On compactifying on a further torus, we obtain a description of the heterotic moduli space of G bundles over elliptically fibered manifolds without vector structure in terms of complex geometries.We describe type IIB compactifications with varying coupling constant in d=6,7,8,9 dimensions, where part of the ten-dimensional SL(2,Z) symmetry is broken by a background with Gamma_0(n) or Gamma(n) monodromy for n=2,3,4. This extends the known class of F-theory vacua to theories which are dual to heterotic compactifications with reduced rank. On compactifying on a further torus, we obtain a description of the heterotic moduli space of G bundles over elliptically fibered manifolds without vector structure in terms of complex geometries.We describe type IIB compactifications with varying coupling constant in d = 6,7,8,9 dimensions, where part of the ten-dimensional SL (2,ℤ) symmetry is broken by a background with γ 1 ( n )orγ( n ) monodromy for n = 2,3,4. This extends the known class of F-theory vacua to theories which are dual to heterotic compactifications with reduced rank. On compactifying on a further torus, we obtain a description of the heterotic moduli space of G bundles over elliptically fibered manifolds without vector structure in terms of complex geometries.hep-th/9805189CERN-TH-98-166EFI-98-20NSF-ITP-98-067CERN-TH-98-166EFI-98-20-[CHICAGO]NSF-ITP-98-67oai:cds.cern.ch:3558321998-05-28
spellingShingle Particle Physics - Theory
Berglund, Per
Klemm, A.
Mayr, P.
Theisen, S.
On Type IIB Vacua With Varying Coupling Constant
title On Type IIB Vacua With Varying Coupling Constant
title_full On Type IIB Vacua With Varying Coupling Constant
title_fullStr On Type IIB Vacua With Varying Coupling Constant
title_full_unstemmed On Type IIB Vacua With Varying Coupling Constant
title_short On Type IIB Vacua With Varying Coupling Constant
title_sort on type iib vacua with varying coupling constant
topic Particle Physics - Theory
url https://dx.doi.org/10.1016/S0550-3213(99)00420-4
http://cds.cern.ch/record/355832
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