Beam Energy Dependence of Jet-Quenching Effects in Au+Au Collisions at sqrt[s_{NN}]=7.7, 11.5, 14.5, 19.6, 27, 39, and 62.4GeV.
Overview
Research
Identity
Additional Document Info
Other
View All
Overview
abstract
We report measurements of the nuclear modification factor R_{CP} for charged hadrons as well as identified ^{+(-)}, K^{+(-)}, and p(p[over ]) for Au+Au collision energies of sqrt[s_{NN}]=7.7, 11.5, 14.5, 19.6, 27, 39, and 62.4GeV. We observe a clear high-p_{T} net suppression in central collisions at 62.4GeV for charged hadrons which evolves smoothly to a large net enhancement at lower energies. This trend is driven by the evolution of the pion spectra but is also very similar for the kaon spectra. While the magnitude of the proton R_{CP} at high p_{T} does depend on the collision energy, neither the proton nor the antiproton R_{CP} at high p_{T} exhibit net suppression at any energy. A study of how the binary collision-scaled high-p_{T} yield evolves with centrality reveals a nonmonotonic shape that is consistent with the idea that jet quenching is increasing faster than the combined phenomena that lead to enhancement.
published proceedings
altmetric score
author list (cited authors)
Adamczyk, L., Adams, J. R., Adkins, J. K., Agakishiev, G., Aggarwal, M. M., Ahammed, Z., ... STAR Collaboration.
citation count
complete list of authors
Adamczyk, L||Adams, JR||Adkins, JK||Agakishiev, G||Aggarwal, MM||Ahammed, Z||Ajitanand, NN||Alekseev, I||Anderson, DM||Aoyama, R||Aparin, A||Arkhipkin, D||Aschenauer, EC||Ashraf, MU||Attri, A||Averichev, GS||Bai, X||Bairathi, V||Barish, K||Behera, A||Bellwied, R||Bhasin, A||Bhati, AK||Bhattarai, P||Bielcik, J||Bielcikova, J||Bland, LC||Bordyuzhin, IG||Bouchet, J||Brandenburg, JD||Brandin, AV||Brown, D||Bunzarov, I||Butterworth, J||Caines, H||Calderón de la Barca Sánchez, M||Campbell, JM||Cebra, D||Chakaberia, I||Chaloupka, P||Chang, Z||Chankova-Bunzarova, N||Chatterjee, A||Chattopadhyay, S||Chen, JH||Chen, X||Chen, X||Cheng, J||Cherney, M||Christie, W||Contin, G||Crawford, HJ||Das, S||De Silva, LC||Debbe, RR||Dedovich, TG||Deng, J||Derevschikov, AA||Didenko, L||Dilks, C||Dong, X||Drachenberg, JL||Draper, JE||Dunkelberger, LE||Dunlop, JC||Efimov, LG||Elsey, N||Engelage, J||Eppley, G||Esha, R||Esumi, S||Evdokimov, O||Ewigleben, J||Eyser, O||Fatemi, R||Fazio, S||Federic, P||Federicova, P||Fedorisin, J||Feng, Z||Filip, P||Finch, E||Fisyak, Y||Flores, CE||Fujita, J||Fulek, L||Gagliardi, CA||Garand, D||Geurts, F||Gibson, A||Girard, M||Grosnick, D||Gunarathne, DS||Guo, Y||Gupta, S||Gupta, A||Guryn, W||Hamad, AI||Hamed, A||Harlenderova, A||Harris, JW||He, L||Heppelmann, S||Heppelmann, S||Hirsch, A||Hoffmann, GW||Horvat, S||Huang, X||Huang, HZ||Huang, T||Huang, B||Humanic, TJ||Huo, P||Igo, G||Jacobs, WW||Jentsch, A||Jia, J||Jiang, K||Jowzaee, S||Judd, EG||Kabana, S||Kalinkin, D||Kang, K||Kapukchyan, D||Kauder, K||Ke, HW||Keane, D||Kechechyan, A||Khan, Z||Kikoła, DP||Kim, C||Kisel, I||Kisiel, A||Kochenda, L||Kocmanek, M||Kollegger, T||Kosarzewski, LK||Kraishan, AF||Krauth, L||Kravtsov, P||Krueger, K||Kulathunga, N||Kumar, L||Kvapil, J||Kwasizur, JH||Lacey, R||Landgraf, JM||Landry, KD||Lauret, J||Lebedev, A||Lednicky, R||Lee, JH||Li, C||Li, W||Li, Y||Li, X||Lidrych, J||Lin, T||Lisa, MA||Liu, P||Liu, F||Liu, H||Liu, Y||Ljubicic, T||Llope, WJ||Lomnitz, M||Longacre, RS||Luo, X||Luo, S||Ma, GL||Ma, L||Ma, YG||Ma, R||Magdy, N||Majka, R||Mallick, D||Margetis, S||Markert, C||Matis, HS||Meehan, K||Mei, JC||Miller, ZW||Minaev, NG||Mioduszewski, S||Mishra, D||Mizuno, S||Mohanty, B||Mondal, MM||Morozov, DA||Mustafa, MK||Nasim, Md||Nayak, TK||Nelson, JM||Nie, M||Nigmatkulov, G||Niida, T||Nogach, LV||Nonaka, T||Nurushev, SB||Odyniec, G||Ogawa, A||Oh, K||Okorokov, VA||Olvitt, D||Page, BS||Pak, R||Pandit, Y||Panebratsev, Y||Pawlik, B||Pei, H||Perkins, C||Pile, P||Pluta, J||Poniatowska, K||Porter, J||Posik, M||Pruthi, NK||Przybycien, M||Putschke, J||Qiu, H||Quintero, A||Ramachandran, S||Ray, RL||Reed, R||Rehbein, MJ||Ritter, HG||Roberts, JB||Rogachevskiy, OV||Romero, JL||Roth, JD||Ruan, L||Rusnak, J||Rusnakova, O||Sahoo, NR||Sahu, PK||Salur, S||Sandweiss, J||Sangaline, E||Saur, M||Schambach, J||Schmah, AM||Schmidke, WB||Schmitz, N||Schweid, BR||Seger, J||Sergeeva, M||Seto, R||Seyboth, P||Shah, N||Shahaliev, E||Shanmuganathan, PV||Shao, M||Sharma, MK||Sharma, A||Shen, WQ||Shi, Z||Shi, SS||Shou, QY||Sichtermann, EP||Sikora, R||Simko, M||Singha, S||Skoby, MJ||Smirnov, D||Smirnov, N||Solyst, W||Song, L||Sorensen, P||Spinka, HM||Srivastava, B||Stanislaus, TDS||Strikhanov, M||Stringfellow, B||Sugiura, T||Sumbera, M||Summa, B||Sun, XM||Sun, Y||Sun, X||Surrow, B||Svirida, DN||Tang, AH||Tang, Z||Taranenko, A||Tarnowsky, T||Tawfik, A||Thäder, J||Thomas, JH||Timmins, AR||Tlusty, D||Todoroki, T||Tokarev, M||Trentalange, S||Tribble, RE||Tribedy, P||Tripathy, SK||Trzeciak, BA||Tsai, OD||Ullrich, T||Underwood, DG||Upsal, I||Van Buren, G||van Nieuwenhuizen, G||Vasiliev, AN||Videbæk, F||Vokal, S||Voloshin, SA||Vossen, A||Wang, F||Wang, Y||Wang, G||Wang, Y||Webb, JC||Webb, G||Wen, L||Westfall, GD||Wieman, H||Wissink, SW||Witt, R||Wu, Y||Xiao, ZG||Xie, G||Xie, W||Xu, Z||Xu, N||Xu, YF||Xu, QH||Xu, J||Yang, Q||Yang, C||Yang, S||Yang, Y||Ye, Z||Ye, Z||Yi, L||Yip, K||Yoo, I-K||Yu, N||Zbroszczyk, H||Zha, W||Zhang, XP||Zhang, S||Zhang, JB||Zhang, J||Zhang, Z||Zhang, S||Zhang, J||Zhang, Y||Zhao, J||Zhong, C||Zhou, L||Zhou, C||Zhu, Z||Zhu, X||Zyzak, M
publication date
publisher
published in
Research
keywords
7 Affordable And Clean Energy
Identity
PubMed Central ID
Digital Object Identifier (DOI)
Additional Document Info
Other
URL
http://dx.doi.org/10.1103/physrevlett.121.032301
user-defined tag
7 Affordable and Clean Energy