Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions

First, we review a result in our previous paper, of how a ten-dimensional superparticle, taken off-shell, has a hidden eleven-dimensional superPoincare symmetry. Then, we show that the physical sector is defined by three first-class constraints which preserve the full eleven-dimensional symmetry. Ap...

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Detalles Bibliográficos
Autores principales: Bars, Itzhak, Deliduman, Cemsinan, Pasqua, Andrea, Zumino, Bruno
Lenguaje:eng
Publicado: 2003
Materias:
Particle Physics - Theory
Acceso en línea:https://dx.doi.org/10.1103/PhysRevD.69.106007
http://cds.cern.ch/record/692731
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author Bars, Itzhak
Deliduman, Cemsinan
Pasqua, Andrea
Zumino, Bruno
author_facet Bars, Itzhak
Deliduman, Cemsinan
Pasqua, Andrea
Zumino, Bruno
author_sort Bars, Itzhak
collection CERN
description First, we review a result in our previous paper, of how a ten-dimensional superparticle, taken off-shell, has a hidden eleven-dimensional superPoincare symmetry. Then, we show that the physical sector is defined by three first-class constraints which preserve the full eleven-dimensional symmetry. Applying the same concepts to the eleven dimensional superparticle, taken off-shell, we discover a hidden twelve dimensional superPoincare symmetry that governs the theory.
id cern-692731
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2003
record_format invenio
spelling cern-6927312023-03-14T17:07:53Zdoi:10.1103/PhysRevD.69.106007http://cds.cern.ch/record/692731engBars, ItzhakDeliduman, CemsinanPasqua, AndreaZumino, BrunoHidden twelve-dimensional super Poincaré symmetry in eleven dimensionsParticle Physics - TheoryFirst, we review a result in our previous paper, of how a ten-dimensional superparticle, taken off-shell, has a hidden eleven-dimensional superPoincare symmetry. Then, we show that the physical sector is defined by three first-class constraints which preserve the full eleven-dimensional symmetry. Applying the same concepts to the eleven dimensional superparticle, taken off-shell, we discover a hidden twelve dimensional superPoincare symmetry that governs the theory.First, we review a result in our previous paper, of how a ten-dimensional superparticle, taken off-shell, has a hidden eleven-dimensional superPoincare symmetry. Then, we show that the physical sector is defined by three first-class constraints which preserve the full eleven-dimensional symmetry. Applying the same concepts to the eleven dimensional superparticle, taken off-shell, we discover a hidden twelve dimensional superPoincare symmetry that governs the theory.hep-th/0312147USCHEP-0308IB5UCB-PTH-03-33LBNL-54091CERN-CH-2003-256CERN-TH-2003-256USCHEP-0308ib5UCB-PTH-03-33LBNL-54091CERN-CH-2003-256 [SIC!]oai:cds.cern.ch:6927312003-12-13
spellingShingle Particle Physics - Theory
Bars, Itzhak
Deliduman, Cemsinan
Pasqua, Andrea
Zumino, Bruno
Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions
title Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions
title_full Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions
title_fullStr Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions
title_full_unstemmed Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions
title_short Hidden twelve-dimensional super Poincaré symmetry in eleven dimensions
title_sort hidden twelve-dimensional super poincaré symmetry in eleven dimensions
topic Particle Physics - Theory
url https://dx.doi.org/10.1103/PhysRevD.69.106007
http://cds.cern.ch/record/692731
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AT delidumancemsinan hiddentwelvedimensionalsuperpoincaresymmetryinelevendimensions
AT pasquaandrea hiddentwelvedimensionalsuperpoincaresymmetryinelevendimensions
AT zuminobruno hiddentwelvedimensionalsuperpoincaresymmetryinelevendimensions

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