2009.09.26 parity estimates for BES Run 10 from Au+Au9.2 GeV

See this BES-hyper-new thread for more discussions

Fig. 1 Parity error estimates for 5M events of 9.2 GeV collisions.

• Upper left: reference multiplicity distribution for Au+Au@200GeV
• Lower left: reference multiplicity distribution for Au+Au@9.2GeV
• Upper right: actual errors for v2-scaled 3-particle correlations (same charge)
  vs. reference multiplicity for Au+Au@200GeV
• Lower right: error estimates for v2-scaled 3-particle correlations (same charge)
  vs. reference multiplicity for Au+Au@9.2GeV
  Au+Au@20GeV points with the same RefMult value are converted
  (based on equation shown in the legend)
  to the error estimates for 9.2GeV collisions

Fig. 2 Parity error estimates are shown together with possible singal
for 1M events of 9.2 GeV collisions
(assuming the same values for 3-particle correlator as in 200GeV collisions)

Charged particle and strange hadron elliptic flow from Cu+Cu collisions

Charged particle and strange hadron elliptic flow from sNN = 62.4 and 200 GeV Cu+Cu collisions

Paper propsal web page

DPF 2009 presentation (Ilya Selyuzhenkov)

DPF 2009 presentation (Ilya Selyuzhenkov)

DPF 2009 proceedings (Ilya Selyuzhenkov)

DPF 2009 proceedings

Ilya Selyuzhenkov

"Azimuthal charged particle correlations
as a probe for local strong parity violation
in heavy-ion collisions"

Joint CATHIE/TECHQM Workshop, December 14-18, 2009

Ilya Selyuzhenkov for the STAR Collaboration

Plenary talk at Joint CATHIE/TECHQM Workshop (December 14-18, 2009) on

"STAR probes of local strong parity violation in heavy ion collisions"

QM2009 poster abstracts on Parity violation

QM2009 poster abstracts on Parity violation at STAR

1. Poster 1
   "Strong parity violation at STAR:
   Quantifying background effects with Monte-Carlo event generators
   and detector effects study"

2. Poster 2
   "Strong parity violation at STAR:
   Evaluating experimental measurement technique
   and estimating background contributions from multi-particle production processes

   Parity group recommended
   Evan Finch (Yale) and Ilya Selyuzhenkov (Indiana)
   as a possible candidates to present these posters at QM2009.