Azimuthal charged-particle correlations and possible local strong parity violation.

BI, Abelev; MM, Aggarwal; Z, Ahammed; AV, Alakhverdyants; BD, Anderson; D, Arkhipkin; GS, Averichev; J, Balewski; O, Barannikova; LS, Barnby; S, Baumgart; DR, Beavis; R, Bellwied; F, Benedosso; MJ, Betancourt; RR, Betts; A, Bhasin; AK, Bhati; H, Bichsel; J, Bielcik; J, Bielcikova; B, Biritz; LC, Bland; I, Bnzarov; BE, Bonner; J, Bouchet; E, Braidot; AV, Brandin; A, Bridgeman; E, Bruna; S, Bueltmann; TP, Burton; XZ, Cai; H, Caines; de la Barca Sánchez M, Calderón; O, Catu; D, Cebra; R, Cendejas; MC, Cervantes; Z, Chajecki; P, Chaloupka; S, Chattopadhyay; HF, Chen; JH, Chen; JY, Chen; J, Cheng; M, Cherney; A, Chikanian; KE, Choi; W, Christie; P, Chung; RF, Clarke; MJ, Codrington; R, Corliss; TM, Cormier; MR, Cosentino; JG, Cramer; HJ, Crawford; D, Das; S, Dash; M, Daugherity; Silva LC, De; TG, Dedovich; M, DePhillips; AA, Derevschikov; de Souza R, Derradi; L, Didenko; P, Djawotho; V, Dzhordzhadze; SM, Dogra; X, Dong; JL, Drachenberg; JE, Draper; JC, Dunlop; Mazumdar MR, Dutta; LG, Efimov; E, Elhalhuli; M, Elnimr; J, Engelage; G, Eppley; B, Erazmus; M, Estienne; L, Eun; P, Fachini; R, Fatemi; J, Fedorisin; A, Feng; P, Filip; E, Finch; V, Fine; Y, Fisyak; CA, Gagliardi; DR, Gangadharan; MS, Ganti; EJ, Garcia-Solis; A, Geromitsos; F, Geurts; V, Ghazikhanian; P, Ghosh; YN, Gorbunov; A, Gordon; O, Grebenyuk; D, Grosnick; B, Grube; SM, Guertin; KS, Guimaraes; A, Gupta; N, Gupta; W, Guryn; B, Haag; TJ, Hallman; A, Hamed; JW, Harris; M, Heinz; S, Heppelmann; A, Hirsch; E, Hjort; AM, Hoffman; GW, Hoffmann; DJ, Hofman; RS, Hollis; HZ, Huang; TJ, Humanic; L, Huo; G, Igo; A, Iordanova; P, Jacobs; WW, Jacobs; P, Jakl; C, Jena; F, Jin; CL, Jones; PG, Jones; J, Joseph; EG, Judd; S, Kabana; K, Kajimoto; K, Kang; J, Kapitan; K, Kauder; D, Keane; A, Kechechyan; D, Kettler; VY, Khodyrev; DP, Kikola; J, Kiryluk; A, Kisiel; SR, Klein; AG, Knospe; A, Kocoloski; DD, Koetke; J, Konzer; M, Kopytine; I, Koralt; W, Korsch; L, Kotchenda; V, Kouchpil; P, Kravtsov; VI, Kravtsov; K, Krueger; M, Krus; L, Kumar; P, Kurnadi; MA, Lamont; JM, Landgraf; S, LaPointe; J, Lauret; A, Lebedev; R, Lednicky; CH, Lee; JH, Lee; W, Leight; MJ, LeVine; C, Li; N, Li; Y, Li; G, Lin; SJ, Lindenbaum; MA, Lisa; F, Liu; H, Liu; J, Liu; L, Liu; T, Ljubicic; WJ, Llope; RS, Longacre; WA, Love; Y, Lu; T, Ludlam; GL, Ma; YG, Ma; DP, Mahapatra; R, Majka; OI, Mall; LK, Mangotra; R, Manweiler; S, Margetis; C, Markert; H, Masui; HS, Matis

doi:10.1103/physrevlett.103.251601

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Azimuthal charged-particle correlations and possible local strong parity violation.

Shared by NobleBlocks on Dec 14, 2009 • 12:00 AM UTC

Authors:

Abelev BI

Aggarwal MM

Ahammed Z

Abstract

Parity-odd domains, corresponding to nontrivial topological solutions of the QCD vacuum, might be created during relativistic heavy-ion collisions. These domains are predicted to lead to charge separation of quarks along the system's orbital momentum axis. We investigate a three-particle azimuthal c...

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