51. Experimental search for Upsilon decay into 3 gluons
- Author
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Berger, Christoph, Genzel, H., Ackermann, H., Alexander, G., Barreiro, F., Burger, J., Criegee, L., Dehne, H. C., Devenish, R., Flugge, G., Franke, G., Gabriel, W., Grigull, R., Gerke, C., Horlitz, G., Knies, G., Lehmann, E., Mertiens, H. D., Pape, K. H., Reich, H. D., Stella, B., Timm, U., Waloschek, P., Lackas, W., Winter, G. G., Wolff, S., Zimmermann, W., Achterberg, O., Blobel, V., Boesten, L., Kapitza, H., Koppitz, B., Luhrsen, W., Maschuw, R., Raupach, F., van Staa, R., Spitzer, H., Chang, C. Y., Glasser, R. G., Kellogg, R. G., Lau, K. H., Sechi-Zorn, B., Skuja, A., Welch, G., Zorn, G. T., Wagner, W., Backer, A., Brandt, S., Derikum, K., Grupen, C., Meyer, H. J., Neumann, B., Rost, M., Zech, Gunter, Azemoon, T., Daum, H. J., Klovning, A., Meyer, H., Meyer, O., Rossler, M., Schmidt, D., Wacker, K., PLUTO Collaboration, Lillestol, E., Lillethun, E., and Skard, J. A.
- Subjects
HADRONIC DECAY [UPSILON(9500)] ,9.46 GEV-CM ,High Energy Physics::Lattice ,Nuclear Theory ,(3JET): FINAL STATE ,(3JET) [FINAL STATE] ,PLUTO ,HADRONIC DECAY: UPSILON(9500) ,THRUST [JET] ,TRIPLICITY [JET] ,Nuclear Experiment ,COLLIDING BEAMS: ELECTRON POSITRON ,EXPERIMENTAL RESULTS ,UPSILON(9500): HADRONIC DECAY ,JET: THRUST ,Particle Physics - Phenomenology ,+3GLUON%22">UPSILON(9500) --> 3GLUON ,DESY DORIS STOR ,High Energy Physics::Phenomenology ,FINAL STATE: (3JET) ,COLLIDING BEAMS [ELECTRON POSITRON] ,ANNIHILATION: ELECTRON POSITRON ,ELECTRON POSITRON [COLLIDING BEAMS] ,ELECTRON POSITRON: COLLIDING BEAMS ,FINAL STATE [(3JET)] ,ELECTRON POSITRON [ANNIHILATION] ,ANNIHILATION [ELECTRON POSITRON] ,UPSILON(9500) [HADRONIC DECAY] ,High Energy Physics::Experiment ,JET: TRIPLICITY ,ELECTRON POSITRON: ANNIHILATION - Abstract
7 pp. (1979)., The triplicity method was used to search for triple jets in the decay of T(9.46) into charged and neutral hadrons as an indication of the 3-gluon decay of the T. A comparison of the results with phase space, qij and 3-gluon predictions shows that the data is best described by a 3-gluon decay model.
- Published
- 1979
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