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Charged-to-neutral correlation at forward rapidity in Au plus Au collisions at root s(NN)=200 GeV
DSpace at IIT Bombay
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| Title |
Charged-to-neutral correlation at forward rapidity in Au plus Au collisions at root s(NN)=200 GeV
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| Creator |
ADAMCZYK, L
ADKINS, JK AGAKISHIEV, G AGGARWAL, MM AHAMMED, Z ALEKSEEV, I ALFORD, J ANSON, CD APARIN, A ARKHIPKIN, D ASCHENAUER, EC AVERICHEV, GS BANERJEE, A BEAVIS, DR BELLWIED, R BHASIN, A BHATI, AK BHATTARAI, P BICHSEL, H BIELCIK, J BIELCIKOVA, J BLAND, LC BORDYUZHIN, IG BOROWSKI, W BOUCHET, J BRANDIN, AV BROVKO, SG BULTMANN, S BUNZAROV, I BURTON, TP BUTTERWORTH, J CAINES, H SANCHEZ, MCD CAMPBELL, JM CEBRA, D CENDEJAS, R CERVANTES, MC CHALOUPKA, P CHANG, Z CHATTOPADHYAY, S CHEN, HF CHEN, JH CHEN, L CHENG, J CHERNEY, M CHIKANIAN, A CHRISTIE, W CHWASTOWSKI, J CODRINGTON, MJM CONTIN, G CRAMER, JG CRAWFORD, HJ CUI, X DAS, S LEYVA, AD DE SILVA, LC DEBBE, RR DEDOVICH, TG DENG, J DEREVSCHIKOV, AA DE SOUZA, RD DI RUZZA, B DIDENKO, L DILKS, C DING, F DJAWOTHO, P DONG, X DRACHENBERG, JL DRAPER, JE DU, CM DUNKELBERGER, LE DUNLOP, JC EFIMOV, LG ENGELAGE, J ENGLE, KS EPPLEY, G EUN, L EVDOKIMOV, O EYSER, O FATEMI, R FAZIO, S FEDORISIN, J FILIP, P FISYAK, Y FLORES, CE GAGLIARDI, CA GANGADHARAN, DR GARAND, D GEURTS, F GIBSON, A GIRARD, M GLISKE, S GREINER, L GROSNICK, D GUNARATHNE, DS GUO, Y GUPTA, A GUPTA, S GURYN, W HAAG, B HAMED, A HAN, LX HAQUE, R HARRIS, JW HEPPELMANN, S HIRSCH, A HOFFMANN, GW HOFMAN, DJ HORVAT, S HUANG, B HUANG, HZ HUANG, X HUCK, P HUMANIC, TJ IGO, G JACOBS, WW JANG, H JUDD, EG KABANA, S KALINKIN, D KANG, K KAUDER, K KE, HW KEANE, D KECHECHYAN, A KESICH, A KHAN, ZH KIKOLA, DP KISEL, I KISIEL, A KOETKE, DD KOLLEGGER, T KONZER, J KORALT, I KOSARZEWSKI, LK KOTCHENDA, L KRAISHAN, AF KRAVTSOV, P KRUEGER, K KULAKOV, I KUMAR, L KYCIA, RA LAMONT, MAC LANDGRAF, JM LANDRY, KD LAURET, J LEBEDEV, A LEDNICKY, R LEE, JH LI, C LI, W LI, X LI, X LI, Y LI, ZM LISA, MA LIU, F LJUBICIC, T LLOPE, WJ LOMNITZ, M LONGACRE, RS LUO, X MA, GL MA, YG MAHAPATRA, DP MAJKA, R MARGETIS, S MARKERT, C MASUI, H MATIS, HS MCDONALD, D MCSHANE, TS MINAEV, NG MIODUSZEWSKI, S MOHANTY, B MONDAL, MM MOROZOV, DA MUSTAFA, MK NANDI, BK NASIM, M NAYAK, TK NELSON, JM NIGMATKULOV, G NOGACH, LV NOH, SY NOVAK, J NURUSHEV, SB ODYNIEC, G OGAWA, A OH, K OHLSON, A OKOROKOV, V OLDAG, EW OLVITT, DL PAGE, BS PAN, YX PANDIT, Y PANEBRATSEV, Y PAWLAK, T PAWLIK, B PEI, H PERKINS, C PILE, P PLANINIC, M PLUTA, J POLJAK, N PONIATOWSKA, K PORTER, J POSKANZER, AM PRUTHI, NK PRZYBYCIEN, M PUTSCHKE, J QIU, H QUINTERO, A RAMACHANDRAN, S RANIWALA, R RANIWALA, S RAY, RL RILEY, CK RITTER, HG ROBERTS, JB ROGACHEVSKIY, OV ROMERO, JL ROSS, JF ROY, A RUAN, L RUSNAK, J RUSNAKOVA, O SAHOO, NR SAHU, PK SAKREJDA, I SALUR, S SANDACZ, A SANDWEISS, J SANGALINE, E SARKAR, A SCHAMBACH, J SCHARENBERG, RP SCHMAH, AM SCHMIDKE, WB SCHMITZ, N SEGER, J SEYBOTH, P SHAH, N SHAHALIEV, E SHANMUGANATHAN, PV SHAO, M SHARMA, B SHEN, WQ SHI, SS SHOU, QY SICHTERMANN, EP SIMKO, M SKOBY, MJ SMIRNOV, D SMIRNOV, N SOLANKI, D SORENSEN, P SPINKA, HM SRIVASTAVA, B STANISLAUS, TDS STEVENS, JR STOCK, R STRIKHANOV, M STRINGFELLOW, B SUMBERA, M SUN, X SUN, XM SUN, Y SUN, Z SURROW, B SVIRIDA, DN SYMONS, TJM SZELEZNIAK, MA TAKAHASHI, J TANG, AH TANG, Z TARNOWSKY, T THOMAS, JH TIMMINS, AR TLUSTY, D TOKAREV, M TRENTALANGE, S TRIBBLE, RE TRIBEDY, P TRZECIAK, BA TSAI, OD TURNAU, J ULLRICH, T UNDERWOOD, DG VAN BUREN, G VAN NIEUWENHUIZEN, G VANDENBROUCKE, M VANFOSSEN, JA VARMA, R VASCONCELOS, GMS VASILIEV, AN VERTESI, R VIDEBAEK, F VIYOGI, YP VOKAL, S VOSSEN, A WADA, M WANG, F WANG, G WANG, H WANG, JS WANG, XL WANG, Y WANG, Y WEBB, G WEBB, JC WESTFALL, GD WIEMAN, H WISSINK, SW WITT, R WU, YF XIAO, Z XIE, W XIN, K XU, H XU, J XU, N XU, H XU, Y XU, Z YAN, W YANG, C YANG, Y YANG, Y YE, Z YEPES, P YI, L YIP, K YOO, IK YU, N ZBROSZCZYK, H ZHA, W ZHANG, JB ZHANG, JL ZHANG, S ZHANG, XP ZHANG, Y ZHANG, ZP ZHAO, F ZHAO, J ZHONG, C ZHU, X ZHU, YH ZOULKARNEEVA, Y ZYZAK, M |
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| Subject |
DISORIENTED CHIRAL CONDENSATE
QUARK-GLUON PLASMA TIME PROJECTION CHAMBER HEAVY-ION COLLISIONS STAR EXPERIMENT FLUCTUATIONS SEARCH COLLABORATION PERSPECTIVE DETECTOR |
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| Description |
Event-by-event fluctuations of the multiplicities of inclusive charged particles and photons at forward rapidity in Au + Au collisions at root s(NN) = 200 GeV have been studied. The dominant contribution to such fluctuations is expected to come from correlated production of charged and neutral pions. We search for evidence of dynamical fluctuations of different physical origins. Observables constructed out of moments of multiplicities are used as measures of fluctuations. Mixed events and model calculations are used as base lines. Results are compared to the dynamical net-charge fluctuations measured in the same acceptance. A nonzero statistically significant signal of dynamical fluctuations is observed in excess to the model prediction when charged particles and photons are measured in the same acceptance. We find that, unlike dynamical net-charge fluctuation, charge-neutral fluctuation is not dominated by correlation owing to particle decay. Results are compared to the expectations based on the generic production mechanism of pions owing to isospin symmetry, for which no significant (
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| Publisher |
AMER PHYSICAL SOC
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| Date |
2016-01-15T08:34:56Z
2016-01-15T08:34:56Z 2015 |
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| Type |
Article
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| Identifier |
PHYSICAL REVIEW C, 91(3)
0556-2813 1089-490X http://dx.doi.org/10.1103/PhysRevC.91.034905 http://dspace.library.iitb.ac.in/jspui/handle/100/18177 |
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| Language |
en
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