A renormalized supersymmetry in the topological Yang-Mills field theory

We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. T...

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Detalles Bibliográficos
Autores principales: Brandhuber, A., Moritsch, O., de Oliveira, M.W., Piguet, O., Schweda, M.
Lenguaje:eng
Publicado: 1994
Materias:
Particle Physics - Theory
Acceso en línea:https://dx.doi.org/10.1016/0550-3213(94)90102-3
http://cds.cern.ch/record/266188
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author Brandhuber, A.
Moritsch, O.
de Oliveira, M.W.
Piguet, O.
Schweda, M.
author_facet Brandhuber, A.
Moritsch, O.
de Oliveira, M.W.
Piguet, O.
Schweda, M.
author_sort Brandhuber, A.
collection CERN
description We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS-coboundary.
id cern-266188
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1994
record_format invenio
spelling cern-2661882023-03-14T18:56:43Zdoi:10.1016/0550-3213(94)90102-3http://cds.cern.ch/record/266188engBrandhuber, A.Moritsch, O.de Oliveira, M.W.Piguet, O.Schweda, M.A renormalized supersymmetry in the topological Yang-Mills field theoryParticle Physics - TheoryWe reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS-coboundary.We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS-coboundary.We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS-coboundary.We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS-coboundary.We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS-coboundary.We reconsider the algebraic BRS renormalization of Witten's topological Yang-Mills field theory by making use of a vector supersymmetry Ward identity which improves the finiteness properties of the model. The vector supersymmetric structure is a common feature of several topological theories. The most general local counterterm is determined and is shown to be a trivial BRS coboundary.hep-th/9407105TUW-94-10UGVA-DPT-1994-07-858TUW-94-10UVGA-DPT-858oai:cds.cern.ch:2661881994-07-18
spellingShingle Particle Physics - Theory
Brandhuber, A.
Moritsch, O.
de Oliveira, M.W.
Piguet, O.
Schweda, M.
A renormalized supersymmetry in the topological Yang-Mills field theory
title A renormalized supersymmetry in the topological Yang-Mills field theory
title_full A renormalized supersymmetry in the topological Yang-Mills field theory
title_fullStr A renormalized supersymmetry in the topological Yang-Mills field theory
title_full_unstemmed A renormalized supersymmetry in the topological Yang-Mills field theory
title_short A renormalized supersymmetry in the topological Yang-Mills field theory
title_sort renormalized supersymmetry in the topological yang-mills field theory
topic Particle Physics - Theory
url https://dx.doi.org/10.1016/0550-3213(94)90102-3
http://cds.cern.ch/record/266188
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