Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections

The quantization of the non-commutative N=1, U(1) super-Yang-Mills action is performed. We calculate the one-loop corrections to the self-energy of the super vector field. Although the power-counting theorem predicts quadratic ultraviolet and infrared divergences, there are actually only logarithmic...

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Detalles Bibliográficos
Autores principales: Bichl, A.A., Ertl, M., Gerhold, A., Grimstrup, J.M., Grosse, H., Popp, L., Putz, V., Schweda, M., Wulkenhaar, R.
Lenguaje:eng
Publicado: 2002
Materias:
Particle Physics - Theory
Acceso en línea:https://dx.doi.org/10.1142/S0217751X04018221
http://cds.cern.ch/record/543139
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author Bichl, A.A.
Ertl, M.
Gerhold, A.
Grimstrup, J.M.
Grosse, H.
Popp, L.
Putz, V.
Schweda, M.
Wulkenhaar, R.
author_facet Bichl, A.A.
Ertl, M.
Gerhold, A.
Grimstrup, J.M.
Grosse, H.
Popp, L.
Putz, V.
Schweda, M.
Wulkenhaar, R.
author_sort Bichl, A.A.
collection CERN
description The quantization of the non-commutative N=1, U(1) super-Yang-Mills action is performed. We calculate the one-loop corrections to the self-energy of the super vector field. Although the power-counting theorem predicts quadratic ultraviolet and infrared divergences, there are actually only logarithmic UV and IR divergences unless one chooses the Wess-Zumino gauge, for which the divergences are indeed quadratic. This could indicate that UV/IR mixing might be unphysical.
id cern-543139
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2002
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spelling cern-5431392023-03-14T17:00:36Zdoi:10.1142/S0217751X04018221http://cds.cern.ch/record/543139engBichl, A.A.Ertl, M.Gerhold, A.Grimstrup, J.M.Grosse, H.Popp, L.Putz, V.Schweda, M.Wulkenhaar, R.Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy CorrectionsParticle Physics - TheoryThe quantization of the non-commutative N=1, U(1) super-Yang-Mills action is performed. We calculate the one-loop corrections to the self-energy of the super vector field. Although the power-counting theorem predicts quadratic ultraviolet and infrared divergences, there are actually only logarithmic UV and IR divergences unless one chooses the Wess-Zumino gauge, for which the divergences are indeed quadratic. This could indicate that UV/IR mixing might be unphysical.The quantization of the non-commutative N=1, U(1) super-Yang-Mills action is performed in the superfield formalism. We calculate the one-loop corrections to the self-energy of the vector superfield. Although the power-counting theorem predicts quadratic ultraviolet and infrared divergences, there are actually only logarithmic UV and IR divergences, which is a crucial feature of non-commutative supersymmetric field theories.hep-th/0203141TUW-02-05UWTHPH-2002-09CERN-TH-2002-051CERN-TH-2002-051TUW-2002-05UWTHPH-2002-09oai:cds.cern.ch:5431392002-03-15
spellingShingle Particle Physics - Theory
Bichl, A.A.
Ertl, M.
Gerhold, A.
Grimstrup, J.M.
Grosse, H.
Popp, L.
Putz, V.
Schweda, M.
Wulkenhaar, R.
Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections
title Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections
title_full Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections
title_fullStr Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections
title_full_unstemmed Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections
title_short Non-commutative U(1) Super-Yang-Mills Theory: Perturbative Self-Energy Corrections
title_sort non-commutative u(1) super-yang-mills theory: perturbative self-energy corrections
topic Particle Physics - Theory
url https://dx.doi.org/10.1142/S0217751X04018221
http://cds.cern.ch/record/543139
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