Overview of spin physics results from PHENIX experiment The 4th International Workshop of High Energy Physics in the LHC Era Valparaiso, Chile January.
TENSOR AND VECTOR ANALYZING POWERS OF d↑ d→pT and d↑ d→pX REACTIONS AT 270 MEV T.A.Vasiliev 1†, T.Saito 2, V.P.Ladygin 1, M.Hatano 2, A.Yu.Isupov 1, M.Janek.
Cosmic-rays and Particle physics Toru Shibata Aoyama-Gakuin University 17/Aug/2010 (based on Brazil-Japan Emulsion Collaboration)
Studying alpha-cluster structure using low-energy RI beam Nuclear astrophysics group (CRIB supporting members) in Center for Nuclear Study, Univ. of Tokyo:
Hard probes of hot, dense matter at RHIC Report from PHENIX.
Masashi Kaneta, RIKEN-BNL Research Center, “Strangeness at RHIC : Recent Results from PHENIX” 1 Recent Results from PHENIX Masashi Kaneta RIKEN-BNL Research.
Sasha Milov Focus on Multiplicity Bari June 17, 2004 1 dN ch /dη and dE T /dη at Mid-Rapidity from SIS to LHC Alexander Milov for the PHENIX collaboration.
Contents Introduction (how we are here) PHENIX detector Physics Highlights
Spin-orbit potential in 6 He studied with polarized proton target 2007/6/5, INPC2007 Satoshi Sakaguchi Center for Nuclear Study, Univ. of Tokyo.
TPC R&D status in Japan T. Isobe, H. Hamagaki, K. Ozawa, and M. Inuzuka Center for Nuclear Study, University of Tokyo Contents 1.Development of a prototype.
Study of Parton Energy Loss with High-p T p 0 in Au+Au Co llisions at PHENIX
Эксперимент ФЕНИКС