Pileup, angular correlations in AuAu and CuCu, comparison to PHOBOS

Speaker : Duncan Prindle ( UW )


Talk time : 11:30, Duration : 00:30

Evolution of the ridge structure in RHIC heavy ion collisions as a function of centrality and momentum

Speaker : Chanaka de Silva ( WSU )


Talk time : 11:00, Duration : 00:30

Coffee break

Pile-up cuts, event rejection and efficiency corrections in 200 GeV Cu+Cu data

Speaker : Ant Timmins ( WSU )


Talk time : 10:00, Duration : 00:30

Update on jet-hadron correlation studies

Speaker : Joern Putschke ( Yale )


Talk time : 09:30, Duration : 00:30

Systematic uncertainities and corrections in Au+Au jet reconstruction

Speaker : Elena Bruna ( Yake )


Talk time : 09:00, Duration : 00:30

Update on FTPC-TPC correlations and paper proposal

Speaker : Fuqiang Wang ( Purdue )


Talk time : 17:00, Duration : 00:30

Baryon to Meson Ratios in Jets and ridges

Speaker : Cristina Suarez ( UIC )


Talk time : 16:30, Duration : 00:30

Coffee break

Update on 2+1 analysis including Hadron-hadron and gamma-hadron

Surface Effects in Jet Production at RHIC

Speaker : Kolja Kauder ( UIC )


Talk time : 14:30, Duration : 00:30

RP-dependent dihadron correlation

Speaker : Joshua Konzer ( Purdue )


Talk time : 14:00, Duration : 00:30

Opened discussion

Speaker : All ( All )


Talk time : 12:55, Duration : 00:05

Calibration activity overview and open issues

Speaker : Gene Van Buren ( BNL )


Talk time : 12:15, Duration : 00:40

Computing overview, projections and plan forward

Speaker : Jerome Lauret ( BNL )


Talk time : 10:45, Duration : 00:50

Opening remarks / Welcome

Speaker : Bernd Surrow ( MIT )


Talk time : 09:00, Duration : 00:10

2008 pp Eplus/Eminus embedding: EMC Mixer event comparison

The questions:

  1. In embedding data, what makers are necessary to properly include embedded EMC hits into the StEmcCollection for analysis?
  2. How do the embedded EMC hits look like : spatial and energy distribution wise?
  3. How well do embedded tracks match with the EMC points?

RP-frame 3-particle cumulant

Parity Violation discussions (Event Generator Backgrounds)

Parity Violation discussions (Cluster Model)