article Open AccessTop 1% cited
Formation of dense partonic matter in relativistic nucleus–nucleus collisions at RHIC: Experimental evaluation by the PHENIX Collaboration
Nuclear Physics A · 2005 · Vol. 757(1-2) · pp. 184–283
K. Adcox✉(Vanderbilt University)Stephen Adler(Brookhaven National Laboratory)S. Afanasiev(Joint Institute for Nuclear Research)C. Aidala(Brookhaven National Laboratory)N. N. Ajitanand(Stony Brook University)Y. Akiba(High Energy Accelerator Research Organization)A. Al-Jamel(New Mexico State University)J. Alexander(Stony Brook University)R. Amirikas(Florida State University)K. Aoki(Kyoto University)L. Aphecetche(Laboratoire de Physique Subatomique et des Technologies Associées)Y. Arai(High Energy Accelerator Research Organization)R. Arméndariz(New Mexico State University)S. H. Aronson(Brookhaven National Laboratory)R. Averbeck(Stony Brook University)T. C. Awes(Oak Ridge National Laboratory)R. Azmoun(Brookhaven National Laboratory)V. Babintsev(Institute for High Energy Physics)A. Baldisseri(CEA Paris-Saclay)K. N. Barish(University of California, Riverside)P. D. Barnes(Abilene Christian University)J. Barrette(Stony Brook University)B. Bassalleck(University of California, Riverside)S. Bathe(University of California, Riverside)S. Batsouli(University of California, Riverside)V. Baublis(Institute for High Energy Physics)F. Bauer(Joint Institute for Nuclear Research)A. Bazilevsky(Institute for High Energy Physics)S. Belikov(University of California, Riverside)F. Bellaiche(Abilene Christian University)S.T. Belyaev(Abilene Christian University)Malcolm J. Bennett(Abilene Christian University)Y. Berdnikov(High Energy Accelerator Research Organization)S. Bhagavatula(University of California, Riverside)M. T. Bjorndal(Columbia University)J. G. Boissevain(Abilene Christian University)H. Borel(University of California, Riverside)S. Borenstein(University of California, Riverside)S. Botelho(University of California, Riverside)M. L. Brooks(Abilene Christian University)D. S. Brown(Abilene Christian University)N. Bruner(University of California, Riverside)D. Bucher(CEA Paris-Saclay)H. Buesching(University of California, Riverside)V. Bumazhnov(Institute for High Energy Physics)G. Bunce(Brookhaven National Laboratory)J. M. Burward-Hoy(Abilene Christian University)S. Butsyk(University of California, Riverside)X. Camard(Stony Brook University)T. A. Carey(Stony Brook University)J.-S. Chai(Korea Atomic Energy Research Institute)P. Chand(Laboratoire de Physique Subatomique et des Technologies Associées)J. Chang(Stony Brook University)W. C. Chang(Institute of Physics, Academia Sinica)L. L. Chavez(Abilene Christian University)S. Chernichenko(University of California, Riverside)C.Y. Chi(High Energy Accelerator Research Organization)J. Chiba(Stony Brook University)M. Chiu(Brookhaven National Laboratory)I. J. Choi(Kangnam University)J. B. Choi(Stony Brook University)R. K. Choudhury(Bhabha Atomic Research Centre)T. Christ(Institute for High Energy Physics)T. Chujo(Institute for High Energy Physics)M. S. Chung(Abilene Christian University)P. Chung(Laboratoire de Physique Subatomique et des Technologies Associées)V. Cianciolo(Institute for High Energy Physics)C. R. Cleven(Georgia State University)Y. Cobigo(High Energy Accelerator Research Organization)B. Cole(University of California, Riverside)M. P. Comets(Abilene Christian University)P. Constantin(Laboratoire de Physique Subatomique et des Technologies Associées)M. Csanád(Stony Brook University)T. Csörgő(Institute for High Energy Physics)J. P. Cussonneau(Bhabha Atomic Research Centre)D. d’Enterria(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)T. Dahms(Institute for High Energy Physics)K. Das(University of California, Riverside)G. David(Brookhaven National Laboratory)F. Deák(Joint Institute for Nuclear Research)H. Delagrange(University of California, Riverside)A. Denisov(Institute for High Energy Physics)A. Deshpande(Abilene Christian University)E. J. Desmond(Brookhaven National Laboratory)A. Devismes(Abilene Christian University)O. Dietzsch(Brookhaven National Laboratory)B. V. Dinesh(Bhabha Atomic Research Centre)J. L. Drachenberg(Abilene Christian University)O. Drapier(Brookhaven National Laboratory)A. Drees(Abilene Christian University)A. K. Dubey(Brookhaven National Laboratory)R. du Rietz(University of California, Riverside)A. Durum(Institute for High Energy Physics)Dipanwita Dutta(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)V. Dzhordzhadze(Institute for High Energy Physics)K. Ebisu(University of California, Riverside)Y. V. Efremenko(Abilene Christian University)J. Egdemir(Stony Brook University)K. El Chenawi(University of California, Riverside)A. Enokizono(Hiroshima University)H. En’yo(University of California, Riverside)B. Espagnon(University of California, Riverside)S. Esumi(University of California, Riverside)L. Ewell(CEA Paris-Saclay)T. Ferdousi(Institute for High Energy Physics)D. E. Fields(Stony Brook University)C. Finck(Oak Ridge National Laboratory)F. Fleuret(Joint Institute for Nuclear Research)S. Fokin(Abilene Christian University)B. Forestier(University of California, Riverside)B. D. Fox(Abilene Christian University)Z. Fraenkel(Brookhaven National Laboratory)J. E. Frantz(Columbia University)A. Franz(Brookhaven National Laboratory)A. D. Frawley(Brookhaven National Laboratory)Y. Fukao(High Energy Accelerator Research Organization)S.-Y. Fung(University of California, Riverside)S. Gadrat(University of California, Riverside)S. Garpman(University of California, Riverside)F. Gastineau(Joint Institute for Nuclear Research)M. Germain(Stony Brook University)Tarun Kanti Ghosh(Abilene Christian University)A. Glenn(Abilene Christian University)A. L. Godoi(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)G. Gogiberidze(Abilene Christian University)M. Gonin(Brookhaven National Laboratory)J. Gösset(Stony Brook University)Y. Goto(High Energy Accelerator Research Organization)R. Granier de Cassagnac(University of California, Riverside)Nina Grau(University of California, Riverside)S. V. Greene(Abilene Christian University)M. Große Perdekamp(Stony Brook University)T. Gunji(Institute for High Energy Physics)S. K. Gupta(Bhabha Atomic Research Centre)W. Guryn(Oak Ridge National Laboratory)H.-Å. Gustafsson(Brookhaven National Laboratory)T. Hachiya(Institute for High Energy Physics)A. Hadjhenni(Abilene Christian University)J. S. Haggerty(Brookhaven National Laboratory)Masayuki Hagiwara(Abilene Christian University)H. Hamagaki(University of California, Riverside)A. G. Hansen(Abilene Christian University)Hideo Hara(University of California, Riverside)H. Harada(University of California, Riverside)E. P. Hartouni(Abilene Christian University)K. Haruna(University of California, Riverside)M. Harvey(Brookhaven National Laboratory)E. Haslum(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)K. Hasuko(University of California, Riverside)R. Hayano(University of California, Riverside)N. Hayashi(University of California, Riverside)X. He(Nantes Université)M. Heffner(Stony Brook University)T. K. Hemmick(Abilene Christian University)X. He(Abilene Christian University)M. Hibino(Brookhaven National Laboratory)P. Hidas(Laboratoire de Physique Subatomique et des Technologies Associées)H. Hiejima(University of California, Riverside)J. C. Hill(Iowa State University)D. S. Ho(Abilene Christian University)Robert F. Hobbs(University of California, Riverside)M. Holmes(Brookhaven National Laboratory)W. Holzmann(Oak Ridge National Laboratory)K. Homma(University of California, Riverside)B. Hong(University of California, Riverside)A. Hoover(Abilene Christian University)T. Horaguchi(Institute for High Energy Physics)H.M. Hur(Korea Atomic Energy Research Institute)T. Ichihara(Institute for High Energy Physics)V. V. Ikonnikov(Abilene Christian University)K. Imai(University of California, Riverside)M. Inaba(Brookhaven National Laboratory)M. Inuzuka(Brookhaven National Laboratory)Mikhail Ippolitov(Abilene Christian University)D. Isenhower(CEA Paris-Saclay)L. Isenhower(Direction des Energies)M. Ishihara(Brookhaven National Laboratory)T. Isobe(Institute for High Energy Physics)M. Issah(Brookhaven National Laboratory)A. Isupov(Joint Institute for Nuclear Research)B. V. Jacak(Abilene Christian University)W. Jang(Abilene Christian University)Yu Seon Jeong(High Energy Accelerator Research Organization)J. Jia(Stony Brook University)J. Jin(Stony Brook University)O. Jinnouchi(Brookhaven National Laboratory)B. M. Johnson(Abilene Christian University)S. C. Johnson(Abilene Christian University)K. Joo(Abilene Christian University)D. Jouan(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)F. Kajihara(Joint Institute for Nuclear Research)S. Kametani(University of California, Riverside)N. Kamihara(University of California, Riverside)M. Kaneta(Stony Brook University)J. H. Kang(Abilene Christian University)M. Kann(Brookhaven National Laboratory)S. S. Kapoor(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)K. Katou(University of California, Riverside)T. Kawabata(Institute for High Energy Physics)T. Kawagishi(Institute for High Energy Physics)A. V. Kazantsev(Stony Brook University)S. Kelly(University of California, Riverside)B. Khachaturov(University of California, Riverside)A. Khanzadeev(Abilene Christian University)Jun Kikuchi(Stony Brook University)D. H. Kim(Abilene Christian University)D. J. Kim(Abilene Christian University)D.W. Kim(Abilene Christian University)E. J. Kim(CEA Paris-Saclay)G. B. Kim(Abilene Christian University)H. J. Kim(Korea Atomic Energy Research Institute)S. Kim(Korea Atomic Energy Research Institute)Y.-S. Kim(Korea Atomic Energy Research Institute)Y. G. Kim(Korea Atomic Energy Research Institute)E. Kinney(CEA Paris-Saclay)W.W. Kinnison(Abilene Christian University)Á. Kiss(Eötvös Loránd University)E. Kistenev(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)A. Kiyomichi(Abilene Christian University)K. Kiyoyama(University of California, Riverside)C. Klein-Bösing(Oak Ridge National Laboratory)S. Klinksiek(University of California, Riverside)Hisao Kobayashi(University of California, Riverside)L. Kochenda(CEA Paris-Saclay)V. Kochetkov(Institute for High Energy Physics)D. Koehler(CEA Paris-Saclay)T. Kohama(Institute for High Energy Physics)R. Kohara(University of California, Riverside)B. Komkov(University of California, Riverside)M. Konno(Brookhaven National Laboratory)M. Kopytine(Brookhaven National Laboratory)D. Kotchetkov(Direction des Energies)A. Kozlov(Abilene Christian University)P. J. Kroon(Brookhaven National Laboratory)C. H. Kuberg(Centre National de la Recherche Scientifique)G. J. Kunde(Abilene Christian University)N. Kurihara(University of California, Riverside)K. Kurita(University of California, Riverside)Y. Kuroki(High Energy Accelerator Research Organization)M. J. Kweon(Abilene Christian University)Y. Kwon(High Energy Accelerator Research Organization)G. S. Kyle(Abilene Christian University)R. Lacey(University of California, Riverside)V. Ladygin(Institute for High Energy Physics)J. G. Lajoie(Iowa State University)J. Lauret(Stony Brook University)Y. Le Bornec(High Energy Accelerator Research Organization)A. Lebedev(Iowa State University)S. Leckey(University of California, Riverside)D. M. Lee(Kangnam University)M. K. Lee(Kangnam University)S. Lee(University of California, Riverside)M. J. Leitch(Abilene Christian University)M. A. L. Leite(Abilene Christian University)X. H. Li(Joint Institute for Nuclear Research)Zhihong Li(Brookhaven National Laboratory)D. J. Lim(Abilene Christian University)H. Lim(University of California, Riverside)A. Litvinenko(Joint Institute for Nuclear Research)M. X. Liu(China Institute of Atomic Energy)X. Liu(Stony Brook University)Y. Liu(High Energy Accelerator Research Organization)Zhongling Liu(Brookhaven National Laboratory)C. Maguire(Abilene Christian University)J.R. Mahon(Stony Brook University)Y. I. Makdisi(Brookhaven National Laboratory)A. Malakhov(Joint Institute for Nuclear Research)M. D. Malik(Abilene Christian University)V. I. Manko(Abilene Christian University)Y. Mao(High Energy Accelerator Research Organization)S. K. Mark(Columbia University)S. Markacs(University of California, Riverside)G. Martı́nez(Abilene Christian University)M. Marx(Abilene Christian University)A. Masaike(Abilene Christian University)H. Masui(University of California, Riverside)F. Matathias(Joint Institute for Nuclear Research)T. Matsumoto(Institute for High Energy Physics)M. C. McCain(University of Illinois Urbana-Champaign)P. L. McGaughey(Abilene Christian University)E. Melnikov(CEA Paris-Saclay)A. Meyer(Stony Brook University)F. Messer(Joint Institute for Nuclear Research)M. Messer(Stony Brook University)Y. Miake(High Energy Accelerator Research Organization)J. Milan(Stony Brook University)T. E. Miller(Abilene Christian University)A. Milov(Abilene Christian University)S. Mioduszewski(University of California, Riverside)R. E. Mischke(Abilene Christian University)G. C. Mishra(Georgia State University)J. T. Mitchell(Brookhaven National Laboratory)A. K. Mohanty(RIKEN)D. P. Morrison(Brookhaven National Laboratory)J. M. Moss(Abilene Christian University)T. V. Moukhanova(Abilene Christian University)F. Mühlbacher(Joint Institute for Nuclear Research)D. Mukhopadhyay(Direction des Energies)M. Muniruzzaman(Stony Brook University)J. Murata(Stony Brook University)S. Nagamiya(University of California, Riverside)Y. Nagasaka(High Energy Accelerator Research Organization)Y. Nagata(High Energy Accelerator Research Organization)J. L. Nagle(University of Colorado Boulder)M. Naglis(Stony Brook University)Y. Nakada(High Energy Accelerator Research Organization)T. Nakamura(Institute for High Energy Physics)Basanta Kumar Nandi(University of California, Riverside)M. Nara(Stony Brook University)J. Newby(Stony Brook University)M. Nguyen(Stony Brook University)L. Nikkinen(Direction des Energies)P. Nilsson(Centre National de la Recherche Scientifique)S. Nishimura(University of California, Riverside)B. Norman(University of California, Riverside)A. S. Nyanin(Florida State University)J. Nystrand(Stony Brook University)E. O’Brien(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)C. A. Ogilvie(Oak Ridge National Laboratory)H. Ohnìshì(University of California, Riverside)I. D. Ojha(Columbia University)H. Okada(University of California, Riverside)K. Okada(University of California, Riverside)O. O. Omiwade(Abilene Christian University)M. Ono(Stony Brook University)V. Onuchìn(Institute for High Energy Physics)A. Oskarsson(Abilene Christian University)L. Österman(CEA Paris-Saclay)I. Otterlund(University of California, Riverside)K. Oyama(University of California, Riverside)K. Ozawa(University of California, Riverside)L. Paffrath(Direction des Energies)D. Pal(CEA Paris-Saclay)A. P. T. Palounek(Abilene Christian University)V. Pantuev(Institute for High Energy Physics)V. Papavassiliou(Institute for High Energy Physics)J. Park(Stony Brook University)W. J. Park(Abilene Christian University)A. Parmar(Abilene Christian University)S. F. Pate(Abilene Christian University)H. Pei(University of California, Riverside)T. Peitzmann(Institute for High Energy Physics)V.N. Penev(Institute for High Energy Physics)J. C. Peng(University of Illinois Urbana-Champaign)H. Pereira(University of California, Riverside)V. Peresedov(Institute for High Energy Physics)D. Yu. Peressounko(Abilene Christian University)A. Petridis(Iowa State University)A. Pierson(Abilene Christian University)C. Pinkenburg(Oak Ridge National Laboratory)R. P. Pisani(Brookhaven National Laboratory)P. V. Pitukhin(Centre National de la Recherche Scientifique)F. Plasil(Joint Institute for Nuclear Research)M. Pollack(Brookhaven National Laboratory)K. Pope(University of California, Riverside)M. L. Purschke(Brookhaven National Laboratory)Anurag Purwar(RIKEN)H. Qu(University of California, Riverside)J. M. Qualls(Abilene Christian University)J. Rak(Stony Brook University)I. Ravinovich(University of California, Riverside)K. F. Read(Abilene Christian University)M. Reuter(Brookhaven National Laboratory)K. Reygers(University of California, Riverside)V. Riabov(Institute for High Energy Physics)Y. Riabov(High Energy Accelerator Research Organization)G. Roche(Abilene Christian University)A. Romana(Abilene Christian University)M. Rosati(Brookhaven National Laboratory)A. Rose(Abilene Christian University)S. S. E. Rosendahl(CEA Paris-Saclay)P. Rosnet(Nantes Université)P. A. Rukoyatkin(Nantes Université)V. L. Rykov(Abilene Christian University)S. S. Ryu(Direction des Energies)M. E. Sadler(Brookhaven National Laboratory)B. Sahlmueller(University of California, Riverside)N. Saito(University of California, Riverside)A. Sakaguchi(Tokyo University of Science)T. Sakaguchi(Institute for High Energy Physics)M. Sakai(Brookhaven National Laboratory)S. Sakai(University of California, Riverside)H. Sako(University of California, Riverside)T. Sakuma(Institute for High Energy Physics)V. Samsonov(Institute for High Energy Physics)L. Sanfratello(Direction des Energies)T. C. Sangster(Oak Ridge National Laboratory)R. Santo(University of California, Riverside)H. Sato(High Energy Accelerator Research Organization)S. Sato(University of California, Riverside)S. Sawada(University of California, Riverside)B. R. Schlei(Abilene Christian University)Y. Schütz(High Energy Accelerator Research Organization)V. Semenov(Institute for High Energy Physics)R. Seto(University of California, Riverside)D. Sharma(Direction des Energies)M. R. Shaw(Abilene Christian University)T. K. Shea(Brookhaven National Laboratory)I. Shein(University of California, Riverside)T.-A. Shibata(Stony Brook University)K. Shigaki(University of California, Riverside)T. Shiina(Institute for High Energy Physics)M. Shimomura(Brookhaven National Laboratory)Y. H. Shin(Abilene Christian University)T. Shohjoh(Institute for High Energy Physics)K. Shoji(University of California, Riverside)I. Sibiriak(Abilene Christian University)A. M. Sickles(Abilene Christian University)C. L. Silva(Abilene Christian University)D. Silvermyr(Direction des Energies)K. S. Sim(Abilene Christian University)J. Simon-Gillo(Stony Brook University)C. P. Singh(Banaras Hindu University)V. Singh(Institute for High Energy Physics)M. Sivertz(Brookhaven National Laboratory)S. Skutnik(University of California, Riverside)W. C. Smith(Abilene Christian University)A. Soldatov(Institute for High Energy Physics)R. A. Soltz(Brookhaven National Laboratory)W. E. Sondheim(Oak Ridge National Laboratory)S. P. Sørensen(Abilene Christian University)I. V. Sourikova(Brookhaven National Laboratory)F. Staley(Joint Institute for Nuclear Research)P. W. Stankus(Abilene Christian University)N. Starinsky(University of California, Riverside)P. Steinberg(Nantes Université)E. Stenlund(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)M. Stepanov(Stony Brook University)A. Ster(Institute for Particle and Nuclear Physics)S. P. Stoll(Brookhaven National Laboratory)M. Sugioka(Stony Brook University)T. Sugitate(Institute for High Energy Physics)C. Suire(Oak Ridge National Laboratory)J. P. Sullivan(Abilene Christian University)Y. Sumi(High Energy Accelerator Research Organization)Z. Sun(Stony Brook University)M. Suzuki(Brookhaven National Laboratory)J. Sziklai(Stony Brook University)T. Tabaru(Institute for High Energy Physics)S. Takagi(University of California, Riverside)E. M. Takagui(Abilene Christian University)A. Taketani(Abilene Christian University)M. Tamai(Stony Brook University)К. Таnака(Abilene Christian University)Y. Tanaka(High Energy Accelerator Research Organization)K. Tanida(University of California, Riverside)E. Taniguchi(Direction des Energies)M. J. Tannenbaum(Brookhaven National Laboratory)A. Taranenko(Abilene Christian University)P. Tarján(Laboratoire de Physique Subatomique et des Technologies Associées)J. D. Tepe(Abilene Christian University)J. H. Thomas(Stony Brook University)J. H. Thomas(Abilene Christian University)T. L. Thomas(Abilene Christian University)W. D. Tian(Oak Ridge National Laboratory)M. Togawa(Brookhaven National Laboratory)J. Tojo(Stony Brook University)H. Torii(University of California, Riverside)R. S. Towell(Abilene Christian University)V-N. Tram(Abilene Christian University)I. Tserruya(University of California, Riverside)Y. Tsuchimoto(High Energy Accelerator Research Organization)H. Tsuruoka(University of California, Riverside)A. Tsvetkov(Abilene Christian University)S. K. Tuli(Banaras Hindu University)H. Tydesjö(University of California, Riverside)N. Tyurin(University of California, Riverside)T. J. Uam(Abilene Christian University)T. Ushiroda(Institute for High Energy Physics)H. Valle(University of California, Riverside)H. W. van Hecke(Abilene Christian University)C. Velissaris(Oak Ridge National Laboratory)J. Velkovska(Stony Brook University)M. Velkovsky(Brookhaven National Laboratory)R. Vértesi(University of California, Riverside)V. Veszprémi(Institute for High Energy Physics)L. Villatte(CEA Paris-Saclay)А. Виноградов(Abilene Christian University)М. А. Volkov(Abilene Christian University)A.A. Vorobyov(Abilene Christian University)E. Vznuzdaev(CEA Paris-Saclay)Μ. Wagner(Brookhaven National Laboratory)H. Wang(University of California, Riverside)X. R. Wang(Georgia State University)Yosuke Watanabe(High Energy Accelerator Research Organization)J. P. Wessels(Stony Brook University)S. N. White(Brookhaven National Laboratory)N. Willis(University of California, Riverside)D. Winter(CEA Paris-Saclay)C. Witzig(Oak Ridge National Laboratory)F. K. Wohn(Iowa State University)C. L. Woody(Brookhaven National Laboratory)M. Wysocki(Stony Brook University)W. Xie(Oak Ridge National Laboratory)K. Yagi(University of California, Riverside)Y. Yang(High Energy Accelerator Research Organization)A. Yanovich(Institute for High Energy Physics)S. Yokkaichi(University of California, Riverside)G. R. Young(Abilene Christian University)Z. You(University of California, Riverside)I. E. Yushmanov(Joint Institute for Nuclear Research)W. A. Zajc(Columbia University)O. Zaudkte(Brookhaven National Laboratory)C. Zhang(Oak Ridge National Laboratory)Z. Zhang(Brookhaven National Laboratory)Shun Zhou(University of California, Riverside)S. Zhou(China Institute of Atomic Energy)J. Zimányi(Stony Brook University)L. Zolin(Commissariat à l'Énergie Atomique et aux Énergies Alternatives)Xiaopeng Zong(Stony Brook University)
High-Energy Particle Collisions ResearchParticle physics theoretical and experimental studiesQuantum Chromodynamics and Particle InteractionsPhysicsElliptic flowNuclear physicsRelativistic Heavy Ion ColliderHadronNucleusState of matterParticle physicsLarge Hadron ColliderNuclear matter
Citations
2,942
FWCI
220.20
field-weighted impact
References
300
Percentile
100%
vs. same field & year
Citations per year
Cited by
Observation and studies of jet quenching in PbPb collisions at<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mrow><mml:msqrt><mml:msub><mml:mi>s</mml:mi><mml:mrow><mml:mi>N</mml:mi><mml:mi>N</mml:mi></mml:mrow></mml:msub></mml:msqrt><mml:mo>=</mml:mo><mml:mn>2.76</mml:mn></mml:mrow></mml:math>TeV
Physical Review C · 2011 · 688 citations
Study of high-p T charged particle suppression in PbPb compared to pp collisions at $\sqrt{s_{\mathrm{NN}}}=2.76~\mathrm{TeV}$
The European Physical Journal C · 2012 · 481 citations
Heavy-flavour and quarkonium production in the LHC era: from proton–proton to heavy-ion collisions
The European Physical Journal C · 2016 · 602 citations
Observation of long-range, near-side angular correlations in proton-proton collisions at the LHC
Journal of High Energy Physics · 2010 · 872 citations
The PHOBOS perspective on discoveries at RHIC
Nuclear Physics A · 2005 · 2,193 citations
QCD and strongly coupled gauge theories: challenges and perspectives
The European Physical Journal C · 2014 · 526 citations
References
Anisotropic transverse flow and the quark-hadron phase transition
Physical Review C · 2000 · 484 citations
Hadron production in heavy ion collisions: Fragmentation and recombination from a dense parton phase
Physical Review C · 2003 · 569 citations
The scale dependent nuclear effects in parton distributions for practical applications
The European Physical Journal C · 1999 · 464 citations
Enhanced<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>J</mml:mi><mml:mo>/</mml:mo><mml:mi>ψ</mml:mi></mml:math>production in deconfined quark matter
Physical Review C · 2001 · 484 citations
Highly relativistic nucleus-nucleus collisions: The central rapidity region
Physical review. D. Particles, fields, gravitation, and cosmology/Physical review. D. Particles and fields · 1983 · 2,652 citations
J/ψ suppression by quark-gluon plasma formation
Physics Letters B · 1986 · 2,761 citations
Collective flow and two-pion correlations from a relativistic hydrodynamic model with early chemical freeze-out
Physical Review C · 2002 · 480 citations
Related articles
Formation of dense partonic matter in relativistic nucleus–nucleus collisions at RHIC: Experimental evaluation by the PHENIX Collaboration
Nuclear Physics A · 2005 · 2,942 citations
Citation Network
How this paper connects to the literature. Drag to explore, click any node to open that paper.