Paper Proposal - Energy and System Dependence dependence of correlations in STAR at RHIC

Speaker : Christine Nattrass ( Yale )


Talk time : 00:15, Duration : 00:10

Christine will briefly present the second of her paper proposals and we can discuss them

Paper Proposal - Particle and system dependence of correlations in STAR at RHIC

Speaker : Christine Nattrass ( Yale )


Talk time : 00:00, Duration : 00:15

Christine's first paper proposal

Strangeness

2008-06-30 17:00
2008-06-30 18:00
Etc/GMT+1
Monday, 30 June 2008
Phone/Skype, at 21:00 (GMT), duration : 01:00
TimeTalkPresenter
00:00Paper Proposal - Particle and system dependence of correlations in STAR at RHIC ( 00:15 ) 1 fileChristine Nattrass (Yale)
00:15Paper Proposal - Energy and System Dependence dependence of correlations in STAR at RHIC ( 00:10 ) 1 fileChristine Nattrass (Yale)
00:25SQM Abstract Discussion ( 00:30 ) 0 filesLee Barnby (lead) (Birmingham)
00:55AOB ( 00:05 ) 0 filesAll

Eta-meson invariant mass, Pseudorapidity, vertex z distributions (2-dimentional)

Eta-meson invariant mass, Pseudorapidity, vertex z distributions (2-dimentional)

Eta-meson invariant mass, Pseudorapidity, vertex z distributions (1 dimentional)

Eta-meson invariant mass, Pseudorapidity, vertex z distributions (1 dimentional)

Shower shapes for gamma-jet candidates for three different data samples (pp2006, gamma-jet and QCD jets MC). pt cuts applied

Shower shapes for gamma-jet candidates for three different data samples (pp2006, gamma-jet and QCD jets MC).  pt cuts applied

Shower shapes for gamma-jet candidates for three different data samples (pp2006, gamma-jet and QCD jets MC). No pt cuts

Shower shapes for gamma-jet candidates for three different data samples (pp2006, gamma-jet and QCD jets MC). No pt cuts

Shower shapes and triple Gaussian fits for photons from eta-meson

Shower shapes and triple Gaussian fits for photons from eta-meson

Gamma-jet delta phi distribution

Gamma-jet delta phi distribution

Dead material in Front of BEMC

Using a GEANT macro provided by Jan, I looked to see how many radiation of lengths of material there are in front of the BEMC.

Gamma-jet delta eta distribution

Gamma-jet delta eta distribution

Gamma-jet delta pt distribution

Gamma-jet delta pt distribution

Gamma pt distribution

Gamma pt distribution

Away side jet pt distribution

Away side jet pt distribution

Gamma phi distribution

Gamma phi distribution

Gamma eta distribution

Gamma eta distribution

Away side jet eta distribution

Away side jet eta distribution

Gamma pt distribution for R_cluster > 0.99 (pre1=0,pre2=0 && pre1=0,pre2>0)

 Gamma pt distribution for R_cluster > 0.99 (pre1=0,pre2=0 && pre1=0,pre2>0)

Gamma pt distribution for R_cluster > 0.9 (pre1=0,pre2=0 && pre1=0,pre2>0)

 Gamma pt distribution for R_cluster > 0.9 (pre1=0,pre2=0 && pre1=0,pre2>0)

Gamma pt distribution for R_cluster > 0.99 (pre1=0 && pre1>0)

 Gamma pt distribution for R_cluster > 0.99 (pre1=0 && pre1>0)