Directed flow in Au+Au collisions at √ s NN = 62.4 GeV

Author Info

• J. Adams, University of Birmingham
• M.M. Aggarwal, Panjab University
• Z. Ahammed, Variable Energy Cyclotron Centre
• J. Amonett, Kent State University
• B.D. Anderson, Kent State University
• D. Arkhipkin, Particle Physics Laboratory
• G.S. Averichev, Laboratory for High Energy
• S.K. Badyal, University of Jammu
• Y. Bai, NIKHEF and Utrecht University
• J. Balewski, Indiana University - Bloomington
• O. Barannikova, Purdue University
• L.S. Barnby, University of Birmingham
• J. Baudot, Institut de Recherches Subatomiques
• S. Bekele, Ohio State University - Main Campus
• V.V. Belaga, Laboratory for High Energy
• A. Bellingeri-Laurikainen, SUBATECH
• R. Bellwied, Wayne State University
• J. Berger, University of Frankfurt
• B.I. Bezverkhny, Yale University
• S. Bhardwaj, University of Rajasthan
• A. Bhasin, University of Jammu
• A.K. Bhati, Panjab University
• V.S. Bhatia, Panjab University
• H. Bichsel, University of Washington
• J. Bielcik, Yale University
• J. Bielcikova, Yale University
• A. Billmeier, Wayne State University
• L.C. Bland, Brookhaven National Laboratory
• C.O. Blyth, University of Birmingham
• S.-L. Blyth, Lawrence Berkeley National Laboratory
• B.E. Bonner, Rice University
• M. Botje, NIKHEF and Utrecht University
• A. Boucham, SUBATECH
• J. Bouchet, SUBATECH
• A.V. Brandin, Moscow Engineering Physics Institute (State University)
• A. Bravar, Brookhaven National Laboratory
• M. Bystersky, Nuclear Physics Institute
• R.V. Cadman, Argonne National Laboratory
• X.Z. Cai, Shanghai Institute of Applied Physics
• H. Caines, Yale University
• M. Calderón de la Barca Sánchez, University of California, Davis
• J. Castillo, NIKHEF and Utrecht University
• O. Catu, Yale University
• D. Cebra, University of California, Davis
• Z. Chajecki, Ohio State University - Main Campus
• P. Chaloupka, Nuclear Physics Institute
• S. Chattopadhyay, Variable Energy Cyclotron Centre
• H.F. Chen, University of Science & Technology of China
• J.H. Chen, Shanghai Institute of Applied Physics
• Y. Chen, University of California, Los Angeles
• J. Cheng, Tsinghua University
• M. Cherney, Creighton University
• A. Chikanian, Yale University
• H.A. Choi, Pusan National University
• W. Christie, Brookhaven National Laboratory
• J.P. Coffin, Institut de Recherches Subatomiques
• T.M. Cormier, Wayne State University
• M.R. Cosentino, Universidade de Sao Paulo
• J.G. Cramer, University of Washington - Seattle Campus
• H.J. Crawford, University of California - Berkeley
• D. Das, Variable Energy Cyclotron Centre
• S. Das, Variable Energy Cyclotron Centre
• M. Daugherity, University of Texas at Austin
• M.M. de Moura, Universidade de Sao Paulo
• T.G. Dedovich, Laboratory for High Energy
• M. DePhillips, Brookhaven National Laboratory
• A.A. Derevschikov, Institute of High Energy Physics
• L. Didenko, Brookhaven National Laboratory
• T. Dietel, University of Frankfurt
• S.M. Dogra, University of Jammu
• W.J. Dong, University of California, Los Angeles
• X. Dong, University of Science & Technology of China
• J.E. Draper, University of California, Davis
• F. Du, Yale University
• A.K. Dubey, Institute of Physics
• Rafal E. Dunin-Borkowski, University of Cambridge
• J.C. Dunlop, Brookhaven National Laboratory
• M.R. Dutta Mazumdar, Variable Energy Cyclotron Centre
• V. Eckardt, Max-Planck-Institut fur Physik
• W.R. Edwards, Lawrence Berkeley National Laboratory
• L.G. Efimov, Laboratory for High Energy
• V. Emelianov, Moscow Engineering Physics Institute
• J. Engelage, University of California - Berkeley
• G. Eppley, Rice University
• B. Erazmus, SUBATECH
• M. Estienne, Institut de Recherches Subatomiques
• P. Fachini, Brookhaven National Laboratory
• J. Faivre, Institut de Recherches Subatomiques
• R. Fatemi, Massachusetts Institute of Technology
• J. Fedorisin, Laboratory for High Energy
• K. Filimonov, Lawrence Berkeley National Laboratory
• P. Filip, Particle Physics Laboratory
• E. Finch, Yale University
• V. Fine, Brookhaven National Laboratory
• Y. Fisyak, Brookhaven National Laboratory
• K.S.F. Fornazier, Universidade de Sao Paulo
• J. Fu, Tsinghua University
• C.A. Gagliardi, Texas A&M University
• L. Gaillard, University of Birmingham
• J. Gans, Yale University
• M.S. Ganti, Variable Energy Cyclotron Centre
• F. Geurts, Rice University
• V. Ghazikhanian, University of California, Los Angeles
• P. Ghosh, Variable Energy Cyclotron Centre
• J.E. Gonzalez, University of California, Los Angeles
• H. Gos, Warsaw University of Technology
• O. Grachov, Wayne State University
• O. Grebenyuk, NIKHEF and Utrecht University
• D. Grosnick, Valparaiso University
• S.M. Guertin, University of California, Los Angeles
• Y. Guo, Wayne State University
• A. Gupta, University of Jammu
• N. Gupta, University of Jammu
• Thomas D. Gutierrez, University of California, DavisFollow
• T.J. Hallman, Brookhaven National Laboratory
• A. Hamed, Wayne State University
• D. Hardtke, Lawrence Berkeley National Laboratory
• J.W. Harris, Yale University
• M. Heinz, Yale University
• T.W. Henry, Texas A&M University
• S. Hepplemann, Pennsylvania State University - Main Campus
• B. Hippolyte, Institut de Recherches Subatomiques
• A. Hirsch, Purdue University
• E. Hjort, Lawrence Berkeley National Laboratory
• G.W. Hoffmann, University of Texas at Austin
• M.J. Horner, Lawrence Berkeley National Laboratory
• H.Z. Huang, University of California, Los Angeles
• S.L. Huang, University of Science & Technology of China
• E.W. Hughes, California Institute of Technology
• T.J. Humanic, Ohio State University - Main Campus
• G. Igo, University of California, Los Angeles
• A. Ishihara, University of Texas at Austin
• P. Jacobs, Lawrence Berkeley National Laboratory
• W.W. Jacobs, Indiana University - Bloomington
• M. Jedynak, Warsaw University of Technology
• H. Jiang, University of California, Los Angeles
• P.G. Jones, University of Birmingham
• E.G. Judd, University of California - Berkeley
• S. Kabana, SUBATECH
• K. Kang, Tsinghua University
• M. Kaplan, Carnegie Mellon University
• D. Keane, Kent State University
• A. Kechechyan, Laboratory for High Energy
• V.Yu. Khodyrev, Institute of High Energy Physics
• B.C. Kim, Pusan National University
• J. Kiryluk, Massachusetts Institute of Technology
• A. Kisiel, Warsaw University of Technology
• E.M. Kislov, Laboratory for High Energy
• J. Klay, Lawrence Berkeley National Laboratory
• S.R. Klein, Lawrence Berkeley National Laboratory
• D.D. Koetke, Valparaiso University
• T. Kollegger, University of Frankfurt
• M. Kopytine, Kent State University
• L. Kotchenda, Moscow Engineering Physics Institute (State University)
• K.L. Kowalik, Lawrence Berkeley National Laboratory
• M. Kramer, City College of New York
• P. Kravtsov, Moscow Engineering Physics Institute (State University)
• V.I. Kravtsov, Institute of High Energy Physics
• K. Krueger, Argonne National Laboratory
• C. Kuhn, Institut de Recherches Subatomiques
• A.I. Kulikov, Laboratory for High Energy
• A. Kumar, Panjab University
• R. Kh. Kutuev, Particle Physics Laboratory (JINR)
• A.A. Kuznetsov, Laboratory for High Energy
• M.A.C. Lamont, Yale University
• J.M. Landgraf, Brookhaven National Laboratory
• S. Lange, University of Frankfurt
• F. Laue, Brookhaven National Laboratory
• J. Lauret, Brookhaven National Laboratory
• A. Lebedev, Brookhaven National Laboratory
• R. Lednicky, Particle Physics Laboratory
• C.-H. Lee, Pusan National University
• S. Lehocka, Laboratory for High Energy
• M.J. LeVine, Brookhaven National Laboratory
• C. Li, University of Science & Technology of China
• Q. Li, Wayne State University
• Y. Li, Tsinghua University
• G. Lin, Yale University
• S.J. Lindenbaum, City College of New York
• M.A. Lisa, Ohio State University - Main Campus
• F. Liu, Institute of Particle Physics
• H. Liu, University of Science & Technology of China
• J. Liu, Rice University
• L. Liu, Institute of Particle Physics
• Q.J. Liu, University of Washington - Seattle Campus
• Z. Liu, Institute of Particle Physics
• T. Ljubicic, Brookhaven National Laboratory
• W.J. Llope, Rice University
• H. Long, University of California, Los Angeles
• R.S. Longacre, Brookhaven National Laboratory
• M. Lopez-Noriega, Ohio State University - Main Campus
• W.A. Love, Brookhaven National Laboratory
• Y. Lu, Institute of Particle Physics
• T. Ludlam, Brookhaven National Laboratory
• D. Lynn, Brookhaven National Laboratory
• G.L. Ma, Shanghai Institute of Applied Physics
• J.G. Ma, University of California, Los Angeles
• Y.G. Ma, Shanghai Institute of Applied Physics
• D. Magestro, Ohio State University - Main Campus
• S. Mahajan, University of Jammu
• D.P. Mahapatra, Institute of Physics
• R. Majka, Yale University
• L.K. Mangotra, University of Jammu
• R. Manweiler, Valparaiso University
• S. Margetis, Kent State University
• C. Markert, Kent State University - Kent Campus
• L. Martin, SUBATECH
• J.N. Marx, Lawrence Berkeley National Laboratory
• H.S. Matis, Lawrence Berkeley National Laboratory
• Yu.A. Matulenko, Institute of High Energy Physics
• C.J. McClain, Argonne National Laboratory
• T.S. McShane, Creighton University
• F. Meissner, Lawrence Berkeley National Laboratory
• Yu. Melnick, Institute of High Energy Physics
• A. Meschanin, Institute of High Energy Physics
• L. Miller, Massachusetts Institute of Technology
• N.G. Minaev, Institute of High Energy Physics
• C. Mironov, Kent State University
• A. Mischke, NIKHEF and Utrecht University
• D.K. Mishra, Institute of Physics
• J. Mitchell, Rice University
• B. Mohanty, Variable Energy Cyclotron Centre
• L. Molnar, Purdue University
• C.F. Moore, University of Texas at Austin
• D.A. Morozov, Institute of High Energy Physics
• M.G. Munhoz, Universidade de Sao Paulo
• B.K. Nandi, Indian Institute of Technology Bombay
• T.K. Nayak, Variable Energy Cyclotron Centre
• T.K. Nayak, Institute of High Energy Physics
• J.M. Nelson, University of Birmingham
• P.K. Netrakanti, Variable Energy Cyclotron Centre
• V.A. Nikitin, Particle Physics Laboratory
• L.V. Nogach, Institute of High Energy Physics
• S.B. Nurushev, Institute of High Energy Physics
• G. Odyniec, Lawrence Berkeley National Laboratory
• A. Ogawa, Brookhavan National Laboratory
• V. Okorokov, Moscow Engineering Physics Institute
• M. Oldenburg, Lawrence Berkeley National Laboratory
• D. Olson, Lawrence Berkeley National Laboratory
• S.K. Pal, Variable Energy Cyclotron Centre
• Y. Panebratsev, Laboratory for High Energy
• S.Y. Panitkin, Brookhaven National Laboratory
• A.I. Pavlinov, Wayne State University
• T. Pawlak, Warsaw University of Technology
• T. Peitzmann, NIKHEF and Utrecht University
• V. Perevoztchikov, Brookhaven National Laboratory
• C. Perkins, University of California - Berkeley
• W. Peryt, Warsaw University of Technology
• V.A. Petrov, Wayne State University
• S.C. Phatak, Institute of Physics
• R. Picha, University of California, Davis
• M. Planinic, University of Zagreb
• J. Pluta, Warsaw University of Technology
• N. Porile, Purdue University
• J. Porter, University of Washington - Seattle Campus
• A.M. Poskanzer, Lawrence Berkeley National Laboratory
• M. Potekhin, Brookhaven National Laboratory
• E. Potrebenikova, Laboratory for High Energy
• B.V.K.S. Potukuchi, University of Jammu
• D. Prindle, University of Washington
• C. Pruneau, Wayne State University
• J. Putschke, Lawrence Berkeley National Laboratory
• G. Rakness, Pennsylvania State University - Main Campus
• R. Raniwala, University of Rajasthan
• S. Raniwala, University of Rajasthan
• O. Ravel, SUBATECH
• R.L. Ray, University of Texas at Austin
• S.V. Razin, Laboratory for High Energy
• D. Reichhold, Purdue University
• J.G. Reid, University of Washington - Seattle Campus
• J. Reinnarth, SUBATECH
• G. Renault, SUBATECH
• F. Retiere, Lawrence Berkeley National Laboratory
• A. Ridiger, Moscow Engineering Physics Institute (State University)
• H.G. Ritter, Lawrence Berkeley National Laboratory
• J.B. Roberts, Rice University
• O.V. Rogachevskiy, Laboratory for High Energy
• J.L. Romero, University of California, Davis
• A. Rose, Lawrence Berkeley National Laboratory
• C. Roy, SUBATECH
• L. Ruan, Lawrence Berkeley National Laboratory
• M.J. Russcher, NIKHEF and Utrecht University
• R. Sahoo, Institute of Physics
• I. Sakrejda, Lawrence Berkeley National Laboratory
• S. Salur, Yale University
• J. Sandweiss, Yale University
• M. Sarsour, Texas A&M University
• I. Savin, Particle Physics Laboratory (JINR)
• P.S. Sazhin, Laboratory for High Energy
• J. Schambach, University of Texas at Austin
• R.P. Scharenberg, Purdue University
• N. Schmitz, Max-Planck-Institut fur Physik
• K. Schweda, Lawrence Berkeley National Laboratory
• J. Seger, Creighton University
• I. Selyuzhenkov, Wayne State University
• P. Seyboth, Max-Planck-Institut fur Physik
• E. Shahaliev, Laboratory for High Energy
• M. Shao, University of Science & Technology of China
• W. Shao, California Institute of Technology
• M. Sharma, Panjab University
• W.Q. Shen, Shanghai Institute of Applied Physics
• K.E. Shestermanov, Institute of High Energy Physics
• S.S. Shimanskiy, Laboratory for High Energy
• E. Sichtermann, Lawrence Berkeley National Laboratory
• F. Simon, Massachusetts Institute of Technology
• R.N. Singaraju, Variable Energy Cyclotron Centre
• N. Smirnov, Yale University
• R. Snellings, NIKHEF and Utrecht University
• G. Sood, Valparaiso University
• P. Sorensen, Brookhaven National Laboratory
• J. Sowinski, Indiana University - Bloomington
• J. Speltz, Institut de Recherches Subatomiques
• H.M. Spinka, Argonne National Laboratory
• B. Srivastava, Purdue University
• A. Stadnik, Laboratory for High Energy
• T.D.S. Stanislaus, Valparaiso University
• R. Stock, University of Frankfurt
• A. Stolpovsky, Wayne State University
• M. Strikhanov, Moscow Engineering Physics Institute
• B. Stringfellow, Purdue University
• A.A.P. Suaide, Universidade de Sao Paulo
• E. Sugarbaker, Ohio State University - Main Campus
• M. Sumbera, Nuclear Physics Institute AS CR
• B. Surrow, Massachusetts Institute of Technology
• M. Swanger, Creighton University
• T.J.M. Symons, Lawrence Berkeley National Laboratory
• A. Szanto de Toledo, Universidade de Sao Paulo
• A. Tai, University of California, Los Angeles
• J. Takahashi, Universidade de Sao Paulo
• A.H. Tang, Brookhaven National Laboratory
• T. Tarnowsky, Purdue University
• D. Thein, University of California, Los Angeles
• J.H. Thomas, Lawrence Berkeley National Laboratory
• A.R. Timmins, University of Birmingham
• S. Timoshenko, Moscow Engineering Physics Institute (State University)
• M. Tokarev, Laboratory for High Energy
• S. Trentalange, University of California - Los Angeles
• R.E. Tribble, Texas A&M University
• O.D. Tsai, University of California, Los Angeles
• J. Ulery, Purdue University
• T. Ullrich, Brookhaven National Laboratory
• D.G. Underwood, Argonne National Laboratory
• G. Van Buren, Brookhaven National Laboratory
• N. van der Kolk, NIKHEF and Utrecht University
• M. van Leeuwen, Lawrence Berkeley National Laboratory
• A.M. Vander Molen, Michigan State University
• R. Varma, Indian Institute of Technology Bombay
• I.M. Vasilevski, Particle Physics Laboratory
• A.N. Vasiliev, Institute of High Energy Physics
• R. Vernet, Institut de Recherches Subatomiques
• S.E. Vigdor, Indiana University - Bloomington
• Y.P. Viyogi, Variable Energy Cyclotron Centre
• S. Vokal, Laboratory for High Energy
• S.A. Voloshin, Wayne State University
• W.T. Waggoner, Creighton University
• F. Wang, Purdue University
• G. Wang, Kent State University
• G. Wang, California Institute of Technology
• X.L. Wang, University of Science & Technology of China
• Y. Wang, University of Texas at Austin
• Y. Wang, Tsinghua University
• Z.M. Wang, University of Science & Technology of China
• H. Ward, University of Texas at Austin
• J.W. Watson, Kent State University
• J.C. Webb, Indiana University - Bloomington
• G.D. Westfall, Michigan State University
• A. Wetzler, Lawrence Berkeley National Laboratory
• C. A. Whitten Jr., University of California - Los Angeles
• H. Wieman, Lawrence Berkeley National Laboratory
• S.W. Wissink, Indiana University - Bloomington
• R. Witt, Yale University
• J. Wood, University of California, Los Angeles
• J. Wu, University of Science & Technology of China
• N. Xu, Lawrence Berkeley National Laboratory
• Z. Xu, Lawrence Berkeley National Laboratory
• Z.Z. Xu, University of Science & Technology of China
• E. Yamamoto, Lawrence Berkeley National Laboratory
• P. Yepes, Rice University
• I.-K. Yoo, Pusan National University
• V.I. Yurevich, Laboratory for High Energy
• I. Zborovsky, Nuclear Physics Institute AS CR
• H. Zhang, Brookhaven National Laboratory
• W.M. Zhang, Kent State University
• Y. Zhang, University of Science & Technology of China
• Z.P. Zhang, University of Science & Technology of China
• C. Zhong, Shanghai Institute of Applied Physics
• R. Zoulkarneev, Particle Physics Laboratory
• Y. Zoulkarneeva, Particle Physics Laboratory
• A.N. Zubarev, Laboratory for High Energy
• J.X. Zuo, Shanghai Institute of Applied Physics

Recommended Citation

Published in Physical Review C, Volume 73, Issue 3, March 8, 2006, pages 034903-1-034903-7.

The definitive version is available at https://doi.org/10.1103/PhysRevC.73.034903.

Abstract

We present the directed flow (v1) measured in Au+Au collisions at √sNN=62.4 GeV in the midpseudorapidity region |η|

Disciplines

Physics

Copyright

2006 American Physical Society.

Number of Pages

7

Publisher statement

This article may be downloaded for personal use only. Any other use requires prior permission of the author and the American Physical Society.

NOTE: At the time of publication, the author Thomas Gutierrez was not yet affiliated with Cal Poly.