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David Silvermyr

David Silvermyr

Senior lecturer

David Silvermyr

Centrality dependence of the high (PT) charged hadron suppression in Au+Au collisions at root s(NN)=130 GeV

Author

  • K Adcox
  • SS Adler
  • NN Ajitanand
  • Y Akiba
  • J Alexander
  • L Aphecetche
  • Y Arai
  • SH Aronson
  • R Averbeck
  • TC Awes
  • KN Barish
  • PD Barnes
  • J Barrette
  • B Bassalleck
  • S Bathe
  • V Baublis
  • A Bazilevsky
  • S Belikov
  • FG Bellaiche
  • ST Belyaev
  • MJ Bennett
  • Y Berdnikov
  • S Botelho
  • ML Brooks
  • DS Brown
  • N Bruner
  • D Bucher
  • H Buesching
  • V Bumazhnov
  • G Bunce
  • J Burward-Hoy
  • S Butsyk
  • TA Carey
  • P Chand
  • J Chang
  • WC Chang
  • LL Chavez
  • S Chernichenko
  • CY Chi
  • J Chiba
  • M Chiu
  • RK Choudhury
  • T Christ
  • T Chujo
  • MS Chung
  • P Chung
  • V Cianciolo
  • BA Cole
  • DG D'Enterria
  • G David
  • H Delagrange
  • A Denisov
  • A Deshpande
  • EJ Desmond
  • O Dietzsch
  • BV Dinesh
  • A Drees
  • A Durum
  • D Dutta
  • K Ebisu
  • YV Efremenko
  • K El Chenawi
  • H En'yo
  • S Esumi
  • L Ewell
  • T Ferdousi
  • DE Fields
  • SL Fokin
  • Z Fraenkel
  • A Franz
  • AD Frawley
  • SY Fung
  • Sten Garpman
  • TK Ghosh
  • A Glenn
  • AL Godoi
  • Y Goto
  • SV Greene
  • MG Perdekamp
  • SK Gupta
  • W Guryn
  • Hans-Åke Gustafsson
  • JS Haggerty
  • H Hamagaki
  • AG Hansen
  • H Kara
  • EP Hartouni
  • R Hayano
  • N Hayashi
  • X He
  • TK Hemmick
  • JM Heuser
  • M Hibino
  • JC Hill
  • DS Ho
  • K Homma
  • B Hong
  • A Hoover
  • T Ichihara
  • K Imai
  • MS Ippolitov
  • M Ishihara
  • BV Jacak
  • WY Jang
  • J Jia
  • BM Johnson
  • SC Johnson
  • KS Joo
  • S Kametani
  • JH Kang
  • M Kann
  • SS Kapoor
  • S Kelly
  • B Khachaturov
  • A Khanzadeev
  • J Kikuchi
  • DJ Kim
  • HJ Kim
  • SY Kim
  • YG Kim
  • WW Kinnison
  • E Kistenev
  • A Kiyomichi
  • C Klein-Boesing
  • S Klinksiek
  • L Kochenda
  • V Kochetkov
  • D Koehler
  • T Kohama
  • D Kotchetkov
  • A Kozlov
  • PJ Kroon
  • K Kurita
  • MJ Kweon
  • Y Kwon
  • GS Kyle
  • R Lacey
  • JG Lajoie
  • J Lauret
  • A Lebedev
  • DM Lee
  • MJ Leitch
  • XH Li
  • Z Li
  • DJ Lim
  • MX Liu
  • X Liu
  • Z Liu
  • CF Maguire
  • J Mahon
  • YI Makdisi
  • VI Manko
  • Y Mao
  • SK Mark
  • S Markacs
  • G Martinez
  • MD Marx
  • A Masaike
  • F Matathias
  • T Matsumoto
  • PL McGaughey
  • E Melnikov
  • M Merschmeyer
  • F Messer
  • M Messer
  • Y Miake
  • TE Miller
  • A Milov
  • S Mioduszewski
  • RE Mischke
  • GC Mishra
  • JT Mitchell
  • AK Mohanty
  • DP Morrison
  • JM Moss
  • F Muhlbacher
  • M Muniruzzaman
  • J Murata
  • S Nagamiya
  • Y Nagasaka
  • JL Nagle
  • Y Nakada
  • BK Nandi
  • J Newby
  • L Nikkinen
  • Pål Nilsson
  • S Nishimura
  • AS Nyanin
  • Joakim Nystrand
  • E O'Brien
  • CA Ogilvie
  • H Ohnishi
  • ID Ojha
  • M Ono
  • V Onuchin
  • Anders Oskarsson
  • Lennart Österman
  • Ingvar Otterlund
  • K Oyama
  • L Paffrath
  • APT Palounek
  • VS Pantuev
  • V Papavassiliou
  • SF Pate
  • T Peitzmann
  • AN Petridis
  • C Pinkenburg
  • RP Pisani
  • P Pitukhin
  • F Plasil
  • M Pollack
  • K Pope
  • ML Purschke
  • I Ravinovich
  • KF Read
  • K Reygers
  • V Riabov
  • Y Riabov
  • M Rosati
  • AA Rose
  • SS Ryu
  • N Saito
  • A Sakaguchi
  • T Sakaguchi
  • H Sako
  • T Sakuma
  • V Samsonov
  • TC Sangster
  • R Santo
  • HD Sato
  • S Sato
  • S Sawada
  • BR Schlei
  • Y Schutz
  • V Semenov
  • R Seto
  • TK Shea
  • I Shein
  • TA Shibata
  • K Shigaki
  • T Shiina
  • YH Shin
  • IG Sibiriak
  • David Silvermyr
  • KS Sim
  • J Simon-Gillo
  • CP Ssingh
  • V Singh
  • M Sivertz
  • A Soldatov
  • RA Soltz
  • S Sörensen
  • PW Stankus
  • N Starinsky
  • P Steinberg
  • Evert Stenlund
  • A Ster
  • SP Stoll
  • M Sugioka
  • T Sugitate
  • JP Sullivan
  • Y Sumi
  • Z Sun
  • M Suzuki
  • EM Takagui
  • A Taketani
  • M Tamai
  • KH Tanaka
  • Y Tanaka
  • E Taniguchi
  • MJ Tannenbaum
  • J Thomas
  • JH Thomas
  • TL Thomas
  • W Tian
  • J Tojo
  • H Torii
  • RS Towell
  • I Tserruya
  • H Tsuruoka
  • AA Tsvetkov
  • SK Tuli
  • Henrik Tydesjö
  • N Tyurin
  • T Ushiroda
  • HW van Hecke
  • C Velissaris
  • J Velkovska
  • M Velkovsky
  • AA Vinogradov
  • AM Volkov
  • A Vorobyov
  • E Vznuzdaev
  • H Wang
  • Y Watanabe
  • SN White
  • C Witzig
  • FK Wohn
  • CL Woody
  • W Xie
  • K Yagi
  • S Yokkaichi
  • GR Young
  • IE Yushmanov
  • WA Zajc
  • Z Zhang
  • S Zhou

Summary, in English

PHENIX has measured the centrality dependence of charged hadron p(T) spectra from Au +An collisions at root(s)NN = 130 GeV The truncated mean p(T) decreases with centrality for p(T) > 2 GeV/c, indicating an apparent reduction of the contribution from hard scattering to high p(T) hadrdn production. For central collisions the yield at high p(T) is shown to be suppressed compared to binary nucleon-nucleon collision scaling of p + p, data. This suppression is monotonically increasing with centrality, but most of the change occurs below 30% centrality, i.e., for collisions with less than similar to140 participating nucleons. The observed p(T) and centrality dependence is consistent with the particle production predicted by models including hard scattering and subsequent energy loss of the scattered partons in the dense matter created in the collisions. (C) 2003 Published by Elsevier Science B.V.

Department/s

  • Particle and nuclear physics

Publishing year

2003

Language

English

Pages

82-92

Publication/Series

Physics Letters. Section B: Nuclear, Elementary Particle and High-Energy Physics

Volume

561

Issue

1-2

Document type

Journal article

Publisher

Elsevier

Topic

  • Subatomic Physics

Status

Published

ISBN/ISSN/Other

  • ISSN: 0370-2693