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Persistent URL http://purl.org/net/epubs/work/22994
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Record Id 22994
Title A search for massive photinos at petra
W Bartel (DESY), L Becker (DESY), C Bowdery (DESY), D Cords (DESY), R Felst (DESY), D Haidt (DESY), J Huttunen (DESY), H Junge (DESY), G Knies (DESY), H Krehbiel (DESY), P Laurikainen (DESY), R Meinke (DESY), B Naroska (DESY), J Olsson (DESY), E Pietarinen (DESY), D Schmidt (DESY), P Steffen (DESY), P Warming (DESY), M Zachara (DESY), G Dietrich (Hamburg U.), E Elsen (Hamburg U.), G Heinzelmann (Hamburg U.), H Kado (Hamburg U.), K Meier (Hamburg U.), A Petersen (Hamburg U.), U Schneekloth (Hamburg U.), G Weber (Hamburg U.), K Ambrus (Heidelberg U.), S Bethke (Heidelberg U.), A Dieckmann (Heidelberg U.), J Heintze (Heidelberg U.), KH Hellenbrand (Heidelberg U.), RD Heuer (Heidelberg U.), S Komamiya (Heidelberg U.), J von Krogh (Heidelberg U.), P Lennert (Heidelberg U.), H Matsumura (Heidelberg U.), H Rieseberg (Heidelberg U.), J Spitzer (Heidelberg U.), A Wagner (Heidelberg U.), A Finch (Lancaster U.), F Foster (Lancaster U.), G Hughes (Lancaster U.), T Nozaki (Lancaster U.), J Nye (Lancaster U.), J Allison (Manchester U.), J Bains (Manchester U.), AH Ball (Manchester U.), RJ Barlow (Manchester U.), J Chrin (Manchester U.), IP Duerdoth (Manchester U.), FK Loebinger (Manchester U.), AA Macbeth (Manchester U.), H McCann (Manchester U.), HE Mills (Manchester U.), PG Murphy (Manchester U.), K Stephens (Manchester U.), RG Glasser (Maryland U.), JAJ Skard (Maryland U.), SR Wagner (Maryland U.), GT Zorn (Maryland U.), D Clarke (Rutherford), R Marshall (Rutherford), GF Pearce (Rutherford), JB Whittaker (Rutherford), J Kanzaki, T Kawamoto, T Kobayashi, M Koshiba, M Minowa, M Nozaki, S Odaka, S Orito, A Sato, H Takeda, T Takeshita, Y Totsuka, S Yamada
Abstract We have searched for the supersymmetric partner of the photon, the photino, by investigating two-photon and single photon final states in e+e collisions. No significant signals were observed, which excludes the existence of the photino in the mass range 0.08–18 GeV/c2 at the 95% confidence level, subject to the assumptions d=(100 GeV)2 and me?=40 GeV/c2, where d is the supersymmetry breaking scale parameter and me? is the scalar electron mass.
Organisation PPD , JADE , SERC
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Language English (EN)
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Journal Article Phys Lett B 139, no. 4 (1984): 327-331. doi:10.1016/0370-2693(84)91090-6 1984
Report DESY 84/016. 1984. 1984