Quadrupole Anisotropy in Dihadron Azimuthal Correlations in Centrald+AuCollisions atsNN=200 GeV

6533b825fe1ef96bd1282644

RESEARCH PRODUCT

Quadrupole Anisotropy in Dihadron Azimuthal Correlations in Centrald+AuCollisions atsNN=200 GeV

H. Qu Hideki Hamagaki K. Aoki G. David K. I. Hahn Takahiro Fusayasu Masamichi Ishihara D. Silvermyr W. J. Park T. L. Thomas Ryugo S. Hayano Y. Riabov Kenta Shigaki Maya Hachiya Shimomura Y. I. Makdisi Christopher Rosen A. Yanovich Minghui Liu M. Heffner Kenneth Francis Read Kenneth Francis Read M. Nguyen K. Watanabe K. Shoji Beomkyu Kim A. S. Nyanin T. Ichihara T. Horaguchi P. W. Stankus M. J. Tannenbaum Jen-chieh Peng Charles Maguire Hongfang Liu D. E. Fields H. Torii Rachid Nouicer M. Proissl Inkyu Park D. Kawall H. Themann B. V. Jacak Xiong Wang Z. Conesa Del Valle C. Baumann T. Kempel E. Kistenev Y. J. Kwon C. P. Singh S. Rembeczki M. Mccumber Gary Grim Dong Jo Kim K. V. Dharmawardane J. Hanks B. M. Johnson Dennis Perepelitsa P. Lichtenwalner R. J. Petti K. S. Joo Gerd Joachim Kunde Sung Keun Park S. P. Sorensen A. Veicht Alice Mignerey N. Apadula K. S. Sim N. N. Ajitanand I. Shein L. D'orazio J. Sziklai O. Chvala H. A. Gustafsson S. Esumi D. Sharma I. Ravinovich Takahiro Nakamura R. Yang R. Ichimiya Brian Cole M. Ouchida D. Mcglinchey D. Mcglinchey S. Taneja J. Newby K. A. Drees Takao Sakaguchi K. Sedgwick M. Bai Susumu Oda K. Imai K. Imai P. Ružička J. G. Lajoie N. Means Ajit Kumar Mohanty A. Durum A. D. Frawley D. Hornback T. A. Shibata C. L. Silva T. Sato Viktor Riabov K. Das S. Huang K. Yamaura A. Taranenko D. Isenhower A. Toia W. Holzmann I. J. Choi A. Kravitz Kazushi Miki Zhiying You M. Gonin R. Bennett Brajesh K. Singh M. Kawashima Y. Onuki Alexander Milov I. Nakagawa T. Engelmore Vladimir Samsonov O. Drapier Frank Ellinghaus M. Finger Jan Rak E. R. Kinney R. Lacey Aaron Angerami D. P. Morrison S. Campbell W. A. Zajc R. Granier De Cassagnac A. Adare Tatsuya Chujo A. Sukhanov K. Kurita I. Tserruya B. Azmoun Y. J. Mao A. Král Yu. Efremenko V. Baublis V. Singh B. Meredith A. Denisov V. Cianciolo H. Pereira Sergey Fokin D. Watanabe Tamas Ferenc Csorgo A. Glenn John Hill M. Oka Eunja Kim M. D. Malik M. Kurosawa J. L. Nagle Y. Nakamiya D. Lynch E. Vznuzdaev K. S. Lee Y. Morino K. Karatsu Toru Sugitate G. Baksay P. Liebing Anne Marie Sickles C. Silvestre Martin Purschke C. A. Aidala C. A. Aidala Marisilvia Donadelli V. Bumazhnov R. Tanabe A. Enokizono J. Jin A. Morreale P. Chung E. M. Takagui R. S. Towell R. Pak Z. Fraenkel I. Garishvili B. Sahlmueller B. Sahlmueller F. Wei R. K. Choudhury Rushan Han Y. J. Kim François Fleuret G. R. Young S. Tarafdar M. Naglis J. T. Mitchell C. Y. Chi Jongmin Lee R. Seidl Vladislav Manko S. N. White A. Datta Eva Haslum Deepa Thomas Taku Gunji H. Gong J. Seele S. Belikov F. Kajihara Zvi Hirsh Citron A. Taketani C. Vale D. S. Jumper T. Dahms K. Nakano A. Kiss X. He Y. Tanaka A. Deshpande F. Matathias Kensuke Homma W. E. Sondheim E. Richardson E. Mannel S. Dairaku S. Butsyk Y. Aramaki Robert Vertesi B. Bassalleck Henner Buesching D. Ivanischev M. Konno S. Zhou K. B. Lee A. Dion A. Dion J. Koster M. I. Nagy K. Boyle Johannes Peter Wessels M. Virius Manabu Togawa Steve Edwards Y. Watanabe S. D. Rolnick D. Roach K. M. Kijima H. Masui H. J. Moon C. H. Chen L. Baksay I. Younus I. Younus Xingguo Li H. Pei Marcus Hohlmann M. Slunečka P. L. Mcgaughey K. N. Barish L. A. Linden Levy S. Sano S. Sano M. L. Brooks B. Love Senta Greene R. Seto I. Danchev A. T. Basye B. Fadem E. O'brien C. L. Woody R. A. Soltz M. Grosse Perdekamp A. Caringi O. Dietzsch M. E. Connors S. Bathe S. Bathe Agneta Oskarsson E. T. Atomssa H. Valle Y. Akiba A. V. Kazantsev S. Nagamiya Dipanwita Dutta Vaclav Vrba Klaus Johannes Reygers K. Tanida L. Tomášek T. Jones Rui Wei Peter Christiansen Julia Velkovska K. Fujiwara I. V. Sourikova D. Winter Y. L. Yamaguchi M. Rosati D. Yu Peressounko H. W. Van Hecke T. C. Awes Kyoichiro Ozawa T. Liška J. S. Bok Jiangyong Jia Jiangyong Jia Y. Goto Jun Kikuchi T. Murakami D. Kleinjan S. Sawada J. Ying A. Franz G. S. Kyle Y. Fukao James Alexander T. Hester R. Averbeck Byung-sik Hong A. Bazilevsky S. Yokkaichi Dmitry Blau N. Grau N. Grau Alexandre Lebedev E. J. Desmond Y. Ikeda D. M. Lee E. Vazquez-zambrano C. Pinkenburg Aram Kim Motoi Inaba G. Roche R. M. Wright J. H. Kang J. S. Haggerty M. Kasai Y. Tsuchimoto V. S. Pantuev Y. Iwanaga C. Oakley A. Drees Y. S. Lai I. E. Yushmanov Alexei Khanzadeev K. Sakashita J. Hamblen E. Stenlund Jason Kamin J. B. Choi M. Csanad S. P. Stoll M. Nihashi S. S.e. Rosendahl G. Bunce K. Okada D. Jouan H. En'yo M. Chiu M. J. Leitch C. A. Ogilvie T. K. Hemmick J. M. Durham J. M. Durham Yasuo Miake L. Kochenda M. Issah J. H. Bhom R. P. Pisani T. V. Moukhanova Prashant Shukla S. F. Pate J. E. Frantz J. E. Frantz J. Murata Ke. Nakamura H. Al-bataineh V. Papavassiliou M. K. Dayananda M. Wysocki B. Komkov Norio Saito Tsutomu Mibe M. A. L. Leite R. Belmont J. S. Kapustinsky V. Babintsev X. Jiang S. W. Nam

subject

Physics Particle physics Large Hadron Collider 010308 nuclear & particles physics Hadron Elliptic flow General Physics and Astronomy Parton 01 natural sciences Nuclear physics 0103 physical sciences Quadrupole Multiplicity (chemistry)Nuclear Experiment 010306 general physics Relativistic Heavy Ion Collider Anisotropy

description

The PHENIX collaboration at the Relativistic Heavy Ion Collider (RHIC) reports measurements of azimuthal dihadron correlations near midrapidity in d + Au collisions at root s(NN) = 200 GeV. These measurements complement recent analyses by experiments at the Large Hadron Collider (LHC) involving central p + Pb collisions at root s(NN) = 5.02 TeV, which have indicated strong anisotropic long-range correlations in angular distributions of hadron pairs. The origin of these anisotropies is currently unknown. Various competing explanations include parton saturation and hydrodynamic flow. We observe qualitatively similar, but larger, anisotropies in d + Au collisions at RHIC compared to those seen in p + Pb collisions at the LHC. The larger extracted upsilon(2) values in d + Au are consistent with expectations from hydrodynamic calculations owing to the larger expected initial-state eccentricity compared with that from p + Pb collisions. When both are divided by an estimate of the initial-state eccentricity the scaled anisotropies follow a common trend with multiplicity that may extend to heavy ion data at RHIC and the LHC, where the anisotropies are widely thought to arise from hydrodynamic flow.

year	journal	country	edition	language
2013-11-20	Physical Review Letters

https://doi.org/10.1103/physrevlett.111.212301