1 / 4

Friday March 31st 2006

April 3rd new postdoc from Korea, DongJo, is coming. He will be working on computing front, his expertise is in charmonium physics. April 27-28 visit from USA, Edward Kistenev of BNL and Richard Seto of Riverside California. Discussion on future PHENIX upgrade activities.

tonya
Download Presentation

Friday March 31st 2006

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. April 3rd new postdoc from Korea, DongJo, is coming. He will be working on computing front, his expertise is in charmonium physics. April 27-28 visit from USA, Edward Kistenev of BNL and Richard Seto of Riverside California. Discussion on future PHENIX upgrade activities. Wladek will talk about T0 on April 13th 10:15 round table room. I am giving a colloquium on May 19th on RHIC high-pT physics. Friday March 31st 2006

  2. Started a Pythia study on 108 min bias p+p at 14TeV • msel 1 ; D=1, subproccs 1=hard, 2=hard+low_pT(5xslower), 4=charm, 5=bottom, 10 prompt g • ckin3 3.0 ; D=0, was 5 • procMode 3 ; D=1, 0 -> soft only; 3 -> var imp. par p.313 (def=1) • KTmode 1 ; D=1 0 -> no kt; 1 -> gauss; 2 -> exp p.314 • meanKT 3.0 ; D=1.0, was 1.5 p.317 = RMS(kT) (sigma = RMS(kT)/sqrt(s)) • KTupperCut 10.0 ; D=5.0, upper cut for primordial kT • meanJTY 0.45 ; D=0.36, gaussian width of px, py • virtuality 1.0 ; D=1 virtuality, showering p.298 (Kupco hep-ex/0409040) • doFrag 2 ; D=1, 0=no fragmentation, 1= LUND 2=independent (akiba 2) • doFragGlue 1 ; D=3, (akiba 1) gluon fragmentation scheme 1=just like usd • , 3=DGLAP • fragMomConv 1 ; D=0, 0=no explicitly, 1=mom imbalance, -1=independent fra • g p.359 • iniShow 1 ; D=1, 1/0 = yes/no ini showering • finShow 1 ; D=1, 1/0 = yes/no fin showering • etaAcc -0.95 0.95 ; eta acceptance • minLeadingPt 2.0 ; minimum pT of the leading particle in the event (offline trigger)

  3. p+p s = 200 GeV 1.5<pT<2.0 Intra-jet pairs angular width : N jT Inter-jet pairs angular width : A jT  kT p+p s = 1.96 TeV Fit = const + Gauss(0)+Gauss() 3.0<pT<4.0 Au+Au s = 200 GeV centrality 50-90% 1.5<pT=1.8<2.5 soft QCD radiation azimuthal decorrelation - broadening o - h correlation functions d+Au

  4. Pythia 14 TeV 108 min bias

More Related