Experimental evidence for a vector-like behaviour of Pomeron exchange

Evidence is presented that the Pomeron act as a non-conserved vector current. A study has been made of the azimuthal angle phi, which is defined as the angle between the pT vectors of the two outgoing protons, in the reaction pp -> pp(X0) for those resonances (X0) which are compatible with being...

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Detalles Bibliográficos
Autores principales: Barberis, D, Binon, F.G, Close, F.E, Danielsen, K.M, Donskov, S.V, Earl, B.C, Evans, D, French, B.R, Hino, T, Inaba, S, Jacholkowski, A, Jacobsen, T, Khaustov, G.V, Kinson, J.B, Kirk, A, Kondashov, A.A, Lednev, A.A, Lenti, V, Minashvili, I, Peigneux, J.P, Romanovsky, V, Russakovich, N, Semenov, A, Shagin, P.M, Shimizu, H, Singovsky, A.V, Sobol, A, Stassinaki, M, Stroot, J.P, Takamatsu, K, Tsuru, T, Villalobos Baillie, O, Votruba, M.F, Yasu, Y
Lenguaje:eng
Publicado: 1999
Materias:
Particle Physics - Experiment
Acceso en línea:https://dx.doi.org/10.1016/S0370-2693(99)01186-7
http://cds.cern.ch/record/399139
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author Barberis, D
Binon, F.G
Close, F.E
Danielsen, K.M
Donskov, S.V
Earl, B.C
Evans, D
French, B.R
Hino, T
Inaba, S
Jacholkowski, A
Jacobsen, T
Khaustov, G.V
Kinson, J.B
Kirk, A
Kondashov, A.A
Lednev, A.A
Lenti, V
Minashvili, I
Peigneux, J.P
Romanovsky, V
Russakovich, N
Semenov, A
Shagin, P.M
Shimizu, H
Singovsky, A.V
Sobol, A
Stassinaki, M
Stroot, J.P
Takamatsu, K
Tsuru, T
Villalobos Baillie, O
Votruba, M.F
Yasu, Y
author_facet Barberis, D
Binon, F.G
Close, F.E
Danielsen, K.M
Donskov, S.V
Earl, B.C
Evans, D
French, B.R
Hino, T
Inaba, S
Jacholkowski, A
Jacobsen, T
Khaustov, G.V
Kinson, J.B
Kirk, A
Kondashov, A.A
Lednev, A.A
Lenti, V
Minashvili, I
Peigneux, J.P
Romanovsky, V
Russakovich, N
Semenov, A
Shagin, P.M
Shimizu, H
Singovsky, A.V
Sobol, A
Stassinaki, M
Stroot, J.P
Takamatsu, K
Tsuru, T
Villalobos Baillie, O
Votruba, M.F
Yasu, Y
author_sort Barberis, D
collection CERN
description Evidence is presented that the Pomeron act as a non-conserved vector current. A study has been made of the azimuthal angle phi, which is defined as the angle between the pT vectors of the two outgoing protons, in the reaction pp -> pp(X0) for those resonances (X0) which are compatible with being produced by double Pomeron exchange. These distributions have been compared with a model which describes the Pomeron as a non-conserved vector current and a qualitative agreement is found. In addition, when one of the particles exchanged is known to have spin 0, namely pi-Pomeron exchange, the phi distribution is flat.
id cern-399139
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1999
record_format invenio
spelling cern-3991392023-03-14T18:08:18Zdoi:10.1016/S0370-2693(99)01186-7http://cds.cern.ch/record/399139engBarberis, DBinon, F.GClose, F.EDanielsen, K.MDonskov, S.VEarl, B.CEvans, DFrench, B.RHino, TInaba, SJacholkowski, AJacobsen, TKhaustov, G.VKinson, J.BKirk, AKondashov, A.ALednev, A.ALenti, VMinashvili, IPeigneux, J.PRomanovsky, VRussakovich, NSemenov, AShagin, P.MShimizu, HSingovsky, A.VSobol, AStassinaki, MStroot, J.PTakamatsu, KTsuru, TVillalobos Baillie, OVotruba, M.FYasu, YExperimental evidence for a vector-like behaviour of Pomeron exchangeParticle Physics - ExperimentEvidence is presented that the Pomeron act as a non-conserved vector current. A study has been made of the azimuthal angle phi, which is defined as the angle between the pT vectors of the two outgoing protons, in the reaction pp -> pp(X0) for those resonances (X0) which are compatible with being produced by double Pomeron exchange. These distributions have been compared with a model which describes the Pomeron as a non-conserved vector current and a qualitative agreement is found. In addition, when one of the particles exchanged is known to have spin 0, namely pi-Pomeron exchange, the phi distribution is flat.Evidence is presented that the Pomeron act as a non-conserved vector current. A study has been made of the azimuthal angle phi, which is defined as the angle between the pT vectors of the two outgoing protons, in the reaction pp -> pp(X0) for those resonances (X0) which are compatible with being produced by double Pomeron exchange. These distributions have been compared with a model which describes the Pomeron as a non-conserved vector current and a qualitative agreement is found. In addition, when one of the particles exchanged is known to have spin 0, namely pi-Pomeron exchange, the phi distribution is flat.Evidence is presented that the Pomeron act as a non-conserved vector current. A study has been made of the azimuthal angle phi, which is defined as the angle between the pT vectors of the two outgoing protons, in the reaction pp -> pp(X0) for those resonances (X0) which are compatible with being produced by double Pomeron exchange. These distributions have been compared with a model which describes the Pomeron as a non-conserved vector current and a qualitative agreement is found. In addition, when one of the particles exchanged is known to have spin 0, namely pi-Pomeron exchange, the phi distribution is flat.Evidence is presented that the Pomeron acts as a non-conserved vector current. A study has been made of the azimuthal angle φ , which is defined as the angle between the p T vectors of the two outgoing protons, in the reaction pp → pp ( X 0 ) for those resonances ( X 0 ) which are compatible with being produced by double Pomeron exchange. These distributions have been compared with a model which describes the Pomeron as a non-conserved vector current and a qualitative agreement is found. In addition, when one of the particles exchanged is known to have spin 0, namely π –Pomeron exchange, the φ distribution is flat.hep-ex/9909013oai:cds.cern.ch:3991391999
spellingShingle Particle Physics - Experiment
Barberis, D
Binon, F.G
Close, F.E
Danielsen, K.M
Donskov, S.V
Earl, B.C
Evans, D
French, B.R
Hino, T
Inaba, S
Jacholkowski, A
Jacobsen, T
Khaustov, G.V
Kinson, J.B
Kirk, A
Kondashov, A.A
Lednev, A.A
Lenti, V
Minashvili, I
Peigneux, J.P
Romanovsky, V
Russakovich, N
Semenov, A
Shagin, P.M
Shimizu, H
Singovsky, A.V
Sobol, A
Stassinaki, M
Stroot, J.P
Takamatsu, K
Tsuru, T
Villalobos Baillie, O
Votruba, M.F
Yasu, Y
Experimental evidence for a vector-like behaviour of Pomeron exchange
title Experimental evidence for a vector-like behaviour of Pomeron exchange
title_full Experimental evidence for a vector-like behaviour of Pomeron exchange
title_fullStr Experimental evidence for a vector-like behaviour of Pomeron exchange
title_full_unstemmed Experimental evidence for a vector-like behaviour of Pomeron exchange
title_short Experimental evidence for a vector-like behaviour of Pomeron exchange
title_sort experimental evidence for a vector-like behaviour of pomeron exchange
topic Particle Physics - Experiment
url https://dx.doi.org/10.1016/S0370-2693(99)01186-7
http://cds.cern.ch/record/399139
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