STAR Protected

pt-correlation

 Measurements of Differential

Speaker : Monika Sharma ( Wayne State University )


Talk time : 11:15, Duration : 00:30

Prompt Photons using the Conversion Method

How to build Pixel geometry

Speaker : Andrew Rose ( LBNL )


Talk time : 15:50, Duration : 00:20

Measurement of non-photonic electrons in Cu+Cu 200 GeV collisions

High-energy nucleus-nucleus collisions at RHIC allow the study of the behavior of nuclear matter at high temperatures, where a new phase of matter, the quark-gluon plasma is predicted to exist.&nbs

Speaker : Anders Knospe ( Yale University )


Talk time : 16:05, Duration : 00:20

Resonance Correlations - Pilot Study

Speaker : Christina Markert


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

Pilot study for hadron-resonance 2-particle correlation study using Lambda from mixed event technique.

Low energy run first look

Speaker : Lokesh Kumar ( Panjab )


Talk time : 12:35, Duration : 00:15

Discussion post-meeting

eta distributions

eta distributions

isolation distributions

isolation distributions

pT distribution vs gamma cuts

pT distribution vs gamma cuts

ntotal-eqn-1

ntotal-eqn-1

Pion Peak

To study the pion peak section of the invariant mass distribution I looked at single pion simulations.  The pions were thrown with pt from 2 - 25 GeV/c flat and were reconstructed using the cu

Cuts and Parameters

Here I will detail the some general information about my analysis; topics that aren't substantial enough to warrant their own page but need to be documented.

Invariant Mass Distribution

The two-photon invariant mass distribution can be roughly broken up into four pieces, seen below*.

Fig. 1

Relative Luminosity

 

Towards a Preliminary A_LL

 Links for the 2006 Neutral Pion A_LL analysis

UPC Pwg

Speaker : D. Cebra


Talk time : 15:20, Duration : 00:20

EMC Triggered 2-particle Correlation Studies

Speaker : Lee Barnby (for Essam Elhalhuli)


Talk time : 12:20, Duration : 00:10

Update on auto-correlations in Cu+Cu

Speaker : Rene Bellwied


Talk time : 11:50, Duration : 00:30

QM Poster Preview

Speaker : Dhevan Gangadharan ( UCLA )


Talk time : 11:30, Duration : 00:20

QM Talk Rehearsal & Discussion

Speaker : Xiaobin Wang ( Tsinghua )


Talk time : 10:00, Duration : 01:30