| Literature DB >> 25126911 |
L Adamczyk1, J K Adkins2, G Agakishiev3, M M Aggarwal4, Z Ahammed5, I Alekseev6, J Alford7, C D Anson8, A Aparin3, D Arkhipkin9, E C Aschenauer9, G S Averichev3, A Banerjee5, D R Beavis9, R Bellwied10, A Bhasin11, A K Bhati4, P Bhattarai12, H Bichsel13, J Bielcik14, J Bielcikova15, L C Bland9, I G Bordyuzhin6, W Borowski16, J Bouchet7, A V Brandin17, S G Brovko18, S Bültmann19, I Bunzarov3, T P Burton9, J Butterworth20, H Caines21, M Calderón de la Barca Sánchez18, D Cebra18, R Cendejas22, M C Cervantes23, P Chaloupka14, Z Chang23, S Chattopadhyay5, H F Chen24, J H Chen25, L Chen26, J Cheng27, M Cherney28, A Chikanian21, W Christie9, J Chwastowski29, M J M Codrington12, G Contin30, J G Cramer13, H J Crawford31, X Cui24, S Das32, A Davila Leyva12, L C De Silva28, R R Debbe9, T G Dedovich3, J Deng33, A A Derevschikov34, R Derradi de Souza35, S Dhamija36, B di Ruzza9, L Didenko9, C Dilks22, F Ding18, P Djawotho23, X Dong30, J L Drachenberg37, J E Draper18, C M Du38, L E Dunkelberger39, J C Dunlop9, L G Efimov3, J Engelage31, K S Engle40, G Eppley20, L Eun30, O Evdokimov41, O Eyser9, R Fatemi2, S Fazio9, J Fedorisin3, P Filip3, E Finch21, Y Fisyak9, C E Flores18, C A Gagliardi23, D R Gangadharan8, D Garand42, F Geurts20, A Gibson37, M Girard43, S Gliske44, L Greiner30, D Grosnick37, D S Gunarathne45, Y Guo24, A Gupta11, S Gupta11, W Guryn9, B Haag18, A Hamed23, L-X Han25, R Haque46, J W Harris21, S Heppelmann22, A Hirsch42, G W Hoffmann12, D J Hofman41, S Horvat21, B Huang9, H Z Huang39, X Huang27, P Huck26, T J Humanic8, G Igo39, W W Jacobs36, H Jang47, E G Judd31, S Kabana16, D Kalinkin6, K Kang27, K Kauder41, H W Ke9, D Keane7, A Kechechyan3, A Kesich18, Z H Khan41, D P Kikola43, I Kisel48, A Kisiel43, D D Koetke37, T Kollegger48, J Konzer42, I Koralt19, L Kotchenda17, A F Kraishan45, P Kravtsov17, K Krueger44, I Kulakov48, L Kumar46, R A Kycia29, M A C Lamont9, J M Landgraf9, K D Landry39, J Lauret9, A Lebedev9, R Lednicky3, J H Lee9, M J LeVine9, C Li24, W Li25, X Li45, X Li45, Y Li27, Z M Li26, M A Lisa8, F Liu26, T Ljubicic9, W J Llope20, M Lomnitz7, R S Longacre9, X Luo26, G L Ma25, Y G Ma25, D M M D Madagodagettige Don28, D P Mahapatra32, R Majka21, S Margetis7, C Markert12, H Masui30, H S Matis30, D McDonald10, T S McShane28, N G Minaev34, S Mioduszewski23, B Mohanty46, M M Mondal23, D A Morozov34, M K Mustafa30, B K Nandi49, Md Nasim46, T K Nayak5, J M Nelson50, G Nigmatkulov17, L V Nogach34, S Y Noh47, J Novak51, S B Nurushev34, G Odyniec30, A Ogawa9, K Oh52, A Ohlson21, V Okorokov17, E W Oldag12, D L Olvitt45, M Pachr14, B S Page36, S K Pal5, Y X Pan39, Y Pandit41, Y Panebratsev3, T Pawlak43, B Pawlik53, H Pei26, C Perkins31, W Peryt43, P Pile9, M Planinic54, J Pluta43, N Poljak54, J Porter30, A M Poskanzer30, N K Pruthi4, M Przybycien1, P R Pujahari49, J Putschke55, H Qiu30, A Quintero7, S Ramachandran2, R Raniwala56, S Raniwala56, R L Ray12, C K Riley21, H G Ritter30, J B Roberts20, O V Rogachevskiy3, J L Romero18, J F Ross28, A Roy5, L Ruan9, J Rusnak15, O Rusnakova14, N R Sahoo23, P K Sahu32, I Sakrejda30, S Salur30, J Sandweiss21, E Sangaline18, A Sarkar49, J Schambach12, R P Scharenberg42, A M Schmah30, W B Schmidke9, N Schmitz57, J Seger28, P Seyboth57, N Shah39, E Shahaliev3, P V Shanmuganathan7, M Shao24, B Sharma4, W Q Shen25, S S Shi30, Q Y Shou25, E P Sichtermann30, R N Singaraju5, M J Skoby36, D Smirnov9, N Smirnov21, D Solanki56, P Sorensen9, H M Spinka44, B Srivastava42, T D S Stanislaus37, J R Stevens58, R Stock48, M Strikhanov17, B Stringfellow42, M Sumbera15, X Sun30, X M Sun30, Y Sun24, Z Sun38, B Surrow45, D N Svirida6, T J M Symons30, M A Szelezniak30, J Takahashi35, A H Tang9, Z Tang24, T Tarnowsky51, J H Thomas30, A R Timmins10, D Tlusty15, M Tokarev3, S Trentalange39, R E Tribble23, P Tribedy5, B A Trzeciak14, O D Tsai39, J Turnau53, T Ullrich9, D G Underwood44, G Van Buren9, G van Nieuwenhuizen58, M Vandenbroucke45, J A Vanfossen7, R Varma49, G M S Vasconcelos35, A N Vasiliev34, R Vertesi15, F Videbæk9, Y P Viyogi5, S Vokal3, S A Voloshin55, A Vossen36, M Wada12, F Wang42, G Wang39, H Wang9, J S Wang38, X L Wang24, Y Wang41, Y Wang41, G Webb2, J C Webb9, G D Westfall51, H Wieman30, S W Wissink36, R Witt40, Y F Wu26, Z Xiao27, W Xie42, K Xin20, H Xu38, J Xu26, N Xu30, Q H Xu33, Y Xu24, Z Xu9, W Yan27, C Yang24, Y Yang26, Y Yang26, Z Ye41, P Yepes20, L Yi42, K Yip9, I-K Yoo52, N Yu26, Y Zawisza24, H Zbroszczyk43, W Zha24, J B Zhang26, J L Zhang33, S Zhang25, X P Zhang27, Y Zhang24, Z P Zhang24, F Zhao39, J Zhao26, C Zhong25, X Zhu27, Y H Zhu25, Y Zoulkarneeva3, M Zyzak48.
Abstract
Local parity-odd domains are theorized to form inside a quark-gluon plasma which has been produced in high-energy heavy-ion collisions. The local parity-odd domains manifest themselves as charge separation along the magnetic field axis via the chiral magnetic effect. The experimental observation of charge separation has previously been reported for heavy-ion collisions at the top RHIC energies. In this Letter, we present the results of the beam-energy dependence of the charge correlations in Au+Au collisions at midrapidity for center-of-mass energies of 7.7, 11.5, 19.6, 27, 39, and 62.4 GeV from the STAR experiment. After background subtraction, the signal gradually reduces with decreased beam energy and tends to vanish by 7.7 GeV. This implies the dominance of hadronic interactions over partonic ones at lower collision energies.Entities:
Year: 2014 PMID： 25126911 DOI： 10.1103/PhysRevLett.113.052302
Source DB: PubMed Journal: Phys Rev Lett ISSN： 0031-9007 Impact factor: 9.161