Global polarization measurement in Au plus Au collisions
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Title |
Global polarization measurement in Au plus Au collisions
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Creator |
ABELEV, BI
AGGARWAL, MM AHAMMED, Z ANDERSON, BD ARKHIPKIN, D AVERICHEV, GS BAI, Y BALEWSKI, J BARANNIKOVA, O BARNBY, LS BAUDOT, J GROSNICK, D GRUBE, B GUERTIN, SM GUIMARAES, KSFF GUPTA, A GUPTA, N HAAG, B HALLMAN, TJ HAMED, A HARRIS, JW BAUMGART, S HE, W HEINZ, M HENRY, TW HEPPELMANN, S HIPPOLYTE, B HIRSCH, A HJORT, E HOFFMAN, AM HOFFMANN, GW HOFMAN, DJ BELAGA, VV HOLLIS, RS HORNER, MJ HUANG, HZ HUGHES, EW HUMANIC, TJ IGO, G IORDANOVA, A JACOBS, P JACOBS, WW JAKL, P BELLINGERI-LAURIKAINEN, A JONES, PG JUDD, EG KABANA, S KANG, K KAPITAN, J KAPLAN, M KEANE, D KECHECHYAN, A KETTLER, D KHODYREV, VY BELLWIED, R KIRYLUK, J KISIEL, A KISLOV, EM KLEIN, SR KNOSPE, AG KOCOLOSKI, A KOETKE, DD KOLLEGGER, T KOPYTINE, M KOTCHENDA, L BENEDOSSO, F KOUCHPIL, V KOWALIK, KL KRAVTSOV, P KRAVTSOV, VI KRUEGER, K KUHN, C KULIKOV, AI KUMAR, A KURNADI, P KUZNETSOV, AA BETTS, RR LAMONT, MAC LANDGRAF, JM LANGE, S LAPOINTE, S LAUE, F LAURET, J LEBEDEV, A LEDNICKY, R LEE, CH LEHOCKA, S BHARDWAJ, S LEVINE, MJ LI, C LI, Q LI, Y LIN, G LIN, X LINDENBAUM, SJ LISA, MA LIU, F LIU, H BHASIN, A LIU, J LIU, L LJUBICIC, T LLOPE, WJ LONGACRE, RS LOVE, WA LU, Y LUDLAM, T LYNN, D MA, GL BHATI, AK MA, JG MA, YG MAHAPATRA, DP MAJKA, R MANGOTRA, LK MANWEILER, R MARGETIS, S MARKERT, C MARTIN, L MATIS, HS BICHSEL, H MATULENKO, YA MCSHANE, TS MESCHANIN, A MILLANE, J MILLER, ML MINAEV, NG MIODUSZEWSKI, S MISCHKE, A MITCHELL, J MOHANTY, B BIELCIK, J MOROZOV, DA MUNHOZ, MG NANDI, BK NATTRASS, C NAYAK, TK NELSON, JM NEPALI, C NETRAKANTI, PK NOGACH, LV NURUSHEV, SB BIELCIKOVA, J ODYNIEC, G OGAWA, A OKOROKOV, V OLSON, D PACHR, M PAL, SK PANEBRATSEV, Y PAVLINOV, AI PAWLAK, T PEITZMANN, T BLAND, LC PEREVOZTCHIKOV, V PERKINS, C PERYT, W PHATAK, SC PLANINIC, M PLUTA, J POLJAK, N PORILE, N POSKANZER, AM POTEKHIN, M BLYTH, SL POTREBENIKOVA, E POTUKUCHI, BVKS PRINDLE, D PRUNEAU, C PRUTHI, NK PUTSCHKE, J QATTAN, IA RANIWALA, R RANIWALA, S RAY, RL BOMBARA, M RELYEA, D RIDIGER, A RITTER, HG ROBERTS, JB ROGACHEVSKIY, OV ROMERO, JL ROSE, A ROY, C RUAN, L RUSSCHER, MJ BONNER, BE SAHOO, R SAKREJDA, I SAKUMA, T SALUR, S SANDWEISS, J SARSOUR, M SAZHIN, PS SCHAMBACH, J SCHARENBERG, RP SCHMITZ, N BOTJE, M SEGER, J SELYUZHENKOV, I SEYBOTH, P SHABETAI, A SHAHALIEV, E SHAO, M SHARMA, M SHEN, WQ SHIMANSKIY, SS SICHTERMANN, EP BOUCHET, J SIMON, F SINGARAJU, RN SMIRNOV, N SNELLINGS, R SORENSEN, P SOWINSKI, J SPELTZ, J SPINKA, HM SRIVASTAVA, B STADNIK, A BRANDIN, AV STANISLAUS, TDS STASZAK, D STOCK, R STRIKHANOV, M STRINGFELLOW, B DE TOLEDO, AS TAKAHASHI, J TANG, AH TARNOWSKY, T THOMAS, JH BURTON, TP TIMMINS, AR TIMOSHENKO, S TOKAREV, M TRAINOR, TA TRENTALANGE, S TRIBBLE, RE TSAI, OD ULERY, J ULLRICH, T UNDERWOOD, DG BYSTERSKY, M VAN BUREN, G VAN DER KOLK, N VAN LEEUWEN, M MOLEN, AMV VARMA, R VASILEVSKI, IM VASILIEV, AN VERNET, R VIGDOR, SE VIYOGI, YP CAI, XZ VOKAL, S VOLOSHIN, SA WADA, M WAGGONER, WT WANG, F WANG, G WANG, JS WANG, XL WANG, Y WEBB, JC CAINES, H WESTFALL, GD WHITTEN, C WIEMAN, H WISSINK, SW WITT, R WU, J WU, Y XU, N XU, QH XU, Z SANCHEZ, CDLB YEPES, P YOO, IK YUE, Q YUREVICH, VI ZHAN, W ZHANG, H ZHANG, WM ZHANG, Y ZHANG, ZP ZHAO, Y CALLNER, J ZHONG, C ZHOU, J ZOULKARNEEV, R ZOULKARNEEVA, Y ZUBAREV, AN ZUO, JX CATU, O CEBRA, D CERVANTES, MC CHAJECKI, Z CHALOUPKA, P CHATTOPADHYAY, S CHEN, HF CHEN, JH CHEN, JY CHENG, J CHERNEY, M CHIKANIAN, A CHRISTIE, W CHUNG, SU CLARKE, RF CODRINGTON, MJM COFFIN, JP CORMIER, TM COSENTINO, MR CRAMER, JG CRAWFORD, HJ DAS, D DASH, S DAUGHERITY, M DE MOURA, MM DEDOVICH, TG DEPHILLIPS, M DEREVSCHIKOV, AA DIDENKO, L DIETEL, T DJAWOTHO, P DOGRA, SM DONG, X DRACHENBERG, JL DRAPER, JE DU, F DUNIN, VB DUNLOP, JC MAZUMDAR, MRD EDWARDS, WR EFIMOV, LG EMELIANOV, V ENGELAGE, J EPPLEY, G ERAZMUS, B ESTIENNE, M FACHINI, P FATEMI, R FEDORISIN, J FENG, A FILIP, P FINCH, E FINE, V FISYAK, Y FU, J GAGLIARDI, CA GAILLARD, L GANTI, MS GARCIA-SOLIS, E GHAZIKHANIAN, V GHOSH, P GORBUNOV, YN GOS, H GREBENYUK, O |
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Subject |
relativistic nuclear collisions
time projection chamber star particle lambda k-s(0) flow |
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Description |
The system created in noncentral relativistic nucleus-nucleus collisions possesses large orbital angular momentum. Because of spin-orbit coupling, particles produced in such a system could become globally polarized along the direction of the system angular momentum. We present the results of Lambda and (Lambda) over bar hyperon global polarization measurements in Au+Au collisions at root s(NN)=62.4 and 200 GeV performed with the STAR detector at the BNL Relativistic Heavy Ion Collider (RHIC). The observed global polarization of Lambda and (Lambda) over bar hyperons in the STAR acceptance is consistent with zero within the precision of the measurements. The obtained upper limit, |P-Lambda,P-(Lambda) over bar|
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Publisher |
AMER PHYSICAL SOC
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Date |
2011-10-31T10:23:14Z
2011-12-26T13:00:11Z 2011-12-27T05:53:30Z 2011-10-31T10:23:14Z 2011-12-26T13:00:11Z 2011-12-27T05:53:30Z 2007 |
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Type |
Article
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Identifier |
PHYSICAL REVIEW C, 76(2)
0556-2813 http://dx.doi.org/10.1103/PhysRevC.76.024915 http://dspace.library.iitb.ac.in/xmlui/handle/10054/16499 http://hdl.handle.net/10054/16499 |
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Language |
en
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