Hungarian research activities in high energy heavy ion collisions --- Progress report, 2005 --- Péter Lévai KFKI RMKI, Budapest NUPECC meeting Debrecen,
Design of Time zero(T0) counter contents Characteristic of p+p collision Time of Flight method Systematic scintillator performance Scintillator selection.
1 BNL report ～ the history of Run7 start up ～ Yoshihide Nakamiya.
In relativistic heavy ion collisions a high energy density matter Quark-Gluon Plasma (QGP) may be formed. Various signals have been proposed which probe.
High p T 0 Production in p+p, Au+Au, and d+Au Stefan Bathe UC Riverside for the Collaboration Topics in Heavy Ion Collisions McGill University, Montreal,
Study of High Multiplicity Event Topology by Wavelet Analysis in Heavy Ion Collisions
Electron Measurement at RHIC Y. Akiba （KEK) for the PHENIX Collaboration
Analysis of Low Energy Pion Spectra
BNL report ～ the history of Run7 start up ～
Direct Photon Production at RHIC
Systematic Study of High-p T Direct Photon Production with the PHENIX Experiment at RHIC
Systematic investigation of partonic collectivity through centrality dependence of elliptic flow
