Study of the ZZγ and Zγγ couplings in Z(νγ)γ production
- Abachi, S
- Abbott, B
- Abolins, M
- Acharya, BS
- Adam, I
- Adams, DL
- Adams, M
- Ahn, S
- Aihara, H
- Alves, GA
- Amidi, E
- Amos, N
- Anderson, EW
- Astur, R
- Baarmand, MM
- Baden, A
- Balamurali, V
- Balderston, J
- Baldin, B
- Banerjee, S
- Bantly, J
- Bartlett, JF
- Bazizi, K
- Belyaev, A
- Beri, SB
- Bertram, I
- Bezzubov, VA
- Bhat, PC
- Bhatnagar, V
- Bhattacharjee, M
- Biswas, N
- Blazey, G
- Blessing, S
- Bloom, P
- Boehnlein, A
- Bojko, NI
- Borcherding, F
- Borders, J
- Boswell, C
- Brandt, A
- Brock, R
- Bross, A
- Buchholz, D
- Burtovoi, VS
- Butler, JM
- Carvalho, W
- Casey, D
- Castilla-Valdez, H
- Chakraborty, D
- Chang, S-M
- Chekulaev, SV
- Chen, L-P
- Chen, W
- Choi, S
- Chopra, S
- Choudhary, BC
- Christenson, JH
- Chung, M
- Claes, D
- Clark, AR
- Cobau, WG
- Cochran, J
- Cooper, WE
- Cretsinger, C
- Cullen-Vidal, D
- Cummings, MAC
- Cutts, D
- Dahl, OI
- Davis, K
- De, K
- Del Signore, K
- Demarteau, M
- Denisov, D
- Denisov, SP
- Diehl, HT
- Diesburg, M
- Di Loreto, G
- Draper, P
- Drinkard, J
- Ducros, Y
- Dudko, LV
- Dugad, SR
- Edmunds, D
- Ellison, J
- Elvira, VD
- Engelmann, R
- Eno, S
- Eppley, G
- Ermolov, P
- Eroshin, OV
- Evdokimov, VN
- Fahland, T
- Fatyga, M
- Fatyga, MK
- Featherly, J
- Feher, S
- Fein, D
- Ferbel, T
- Finocchiaro, G
- Fisk, HE
- Fisyak, Y
- Flattum, E
- Forden, GE
- Fortner, M
- Frame, KC
- Fuess, S
- Gallas, E
- Galyaev, AN
- Gartung, P
- Geld, TL
- Genik, RJ
- Genser, K
- Gerber, CE
- Gibbard, B
- Glenn, S
- Gobbi, B
- Goforth, M
- Goldschmidt, A
- Gómez, B
- Gómez, G
- Goncharov, PI
- González Solís, JL
- Gordon, H
- Goss, LT
- Goussiou, A
- Graf, N
- Grannis, PD
- Green, DR
- Green, J
- Greenlee, H
- Grim, G
- Grinstein, S
- Grossman, N
- Grudberg, P
- Grünendahl, S
- Guglielmo, G
- Guida, JA
- Guida, JM
- Gupta, A
- Gurzhiev, SN
- Gutierrez, P
- Gutnikov, YE
- Hadley, NJ
- Haggerty, H
- Hagopian, S
- Hagopian, V
- Hahn, KS
- Hall, RE
- Hansen, S
- Hauptman, JM
- Hedin, D
- Heinson, AP
- Heintz, U
- Hernández-Montoya, R
- Heuring, T
- Hirosky, R
- Hobbs, JD
- Hoeneisen, B
- Hoftun, JS
- Hsieh, F
- Ting, H
- Tong, H
- Huehn, T
- Ito, AS
- James, E
- Jaques, J
- Jerger, SA
- Jesik, R
- Jiang, JZ-Y
- Joffe-Minor, T
- Johns, K
- Johnson, M
- Jonckheere, A
- Jones, M
- Jöstlein, H
- Jun, SY
- Jung, CK
- Kahn, S
- Kalbfleisch, G
- Kang, JS
- Kehoe, R
- Kelly, ML
- Kim, CL
- Kim, SK
- Klatchko, A
- Klima, B
- Klopfenstein, C
- Klyukhin, VI
- Kochetkov, VI
- Kohli, JM
- Koltick, D
- Kostritskiy, AV
- Kotcher, J
- Kotwal, AV
- Kourlas, J
- Kozelov, AV
- Kozlovski, EA
- Krane, J
- Krishnaswamy, MR
- Krzywdzinski, S
- Kunori, S
- Lami, S
- Lan, H
- Lander, R
- Landry, F
- Landsberg, G
- Lauer, B
- Leflat, A
- Li, H
- Li, J
- Li-Demarteau, QZ
- Lima, JGR
- Lincoln, D
- Linn, SL
- Linnemann, J
- Lipton, R
- Liu, Q
- Liu, YC
- Lobkowicz, F
- Loken, SC
- Lökös, S
- Lueking, L
- Lyon, AL
- Maciel, AKA
- Madaras, RJ
- Madden, R
- Magaña-Mendoza, L
- Mani, S
- Mao, HS
- Markeloff, R
- Markosky, L
- Marshall, T
- Martin, MI
- Mauritz, KM
- May, B
- Mayorov, AA
- McCarthy, R
- McDonald, J
- McKibben, T
- McKinley, J
- McMahon, T
- Melanson, HL
- Merkin, M
- Merritt, KW
- Miettinen, H
- Mincer, A
- de Miranda, JM
- Mishra, CS
- Mokhov, N
- Mondal, NK
- Montgomery, HE
- Mooney, P
- da Motta, H
- Murphy, C
- Nang, F
- Narain, M
- Narasimham, VS
- Narayanan, A
- Neal, HA
- Negret, JP
- Nemethy, P
- Nešić, D
- Nicola, M
- Norman, D
- Oesch, L
- Oguri, V
- Oltman, E
- Oshima, N
- Owen, D
- Padley, P
- Pang, M
- Para, A
- Park, YM
- Partridge, R
- Parua, N
- Paterno, M
- Perkins, J
- Peters, M
- Piegaia, R
- Piekarz, H
- Pischalnikov, Y
- Podstavkov, VM
- Pope, BG
- Prosper, HB
- Protopopescu, S
- Pušeljić, D
- Qian, J
- Quintas, PZ
- Raja, R
- Rajagopalan, S
- Ramirez, O
- Rapidis, PA
- Rasmussen, L
- Reucroft, S
- Rijssenbeek, M
- Rockwell, T
- Roe, NA
- Rubinov, P
- Ruchti, R
- Rutherfoord, J
- Sánchez-Hernández, A
- Santoro, A
- Sawyer, L
- Schamberger, RD
- Schellman, H
- Sculli, J
- Shabalina, E
- Shaffer, C
- Shankar, HC
- Shivpuri, RK
- Shupe, M
- Singh, H
- Singh, JB
- Sirotenko, V
- Smart, W
- Smith, A
- Smith, RP
- Snihur, R
- Snow, GR
- Snow, J
- Snyder, S
- Solomon, J
- Sood, PM
- Sosebee, M
- Sotnikova, N
- Souza, M
- Spadafora, AL
- Stephens, RW
- Stevenson, ML
- Stewart, D
- Stoianova, DA
- Stoker, D
- Strauss, M
- Streets, K
- Strovink, M
- Sznajder, A
- Tamburello, P
- Tarazi, J
- Tartaglia, M
- Thomas, TLT
- Thompson, J
- Trippe, TG
- Tuts, PM
- Varelas, N
- Varnes, EW
- Vititoe, D
- Volkov, AA
- Vorobiev, AP
- Wahl, HD
- Wang, G
- Warchol, J
- Watts, G
- Wayne, M
- Weerts, H
- White, A
- White, JT
- Wightman, JA
- Willis, S
- Wimpenny, SJ
- Wirjawan, JVD
- Womersley, J
- Won, E
- Wood, DR
- Xu, H
- Yamada, R
- Yamin, P
- Yanagisawa, C
- Yang, J
- Yasuda, T
- Yepes, P
- Yoshikawa, C
- Youssef, S
- Yu, J
- Yu, Y
- Zhu, Q
- Zhu, ZH
- Zieminska, D
- Zieminski, A
- Zverev, EG
- Zylberstejn, A
Publication date
January 1997
DOI Publisher
American Physical Society (APS) Journal
Physical Review LettersAbstract
We have measured the ZZγ and Zγγ couplings by studying 13.1 pb-1 of pp̄ → γ + X data at √s = 1.8 TeV with the DØ detector at the Fermilab Tevatron Collider. This is the first study of hadronic Zγ production in the neutrino decay channel. Combining this measurement with our previous results using Z → ee and μμ yields the most strineent 95% C.L. limits to date on anomalous couplings: |h30Z| < 0.4, |h40Z| < 0.06 (Λ = 750 GeV)
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