PPT-Study the particle ratio fluctuations in heavy-ion collisio

Limin Fan 樊利敏 Central China Normal University CCNU 1 Outline Introduction Model and calculation Results and discussion Summary and outlook 2 3 Preequilibrium. InGrid-TimePix. . detector. D. ATTIÉ. 1). , M. CAMPBELL. 2 ). , M. CHEFDEVILLE. 3). , P. COLAS. 1). , E. DELAGNES. 1). , K. . FUJII. 4. ). . , . I.GIOMATARIS. 1. ). , H. VAN DER . GRAAF. 5. ) . P. é. ter. Petreczky. . . Bielefeld, July 2013. Study of the strongly interacting matter and its new . “phases”. Past: . AGS, SPS, . E. cm. =(1-17) . He came from traditional nuclear physics, and is one of the few I know who made the transition to high energy heavy ion physics with a modern perspective.. People fall into three categories:. Those who make things happen.. A. . Hershcovitch. 1. , . V. I. Gushenets. 2. , D. N. Seleznev. 3. , A. S. Bugaev. 2. , S. Dugin. 4. ,. E. M. Oks. 2. , T. V. Kulevoy. 3. , O. Alexeyenko. 4. , A. Kozlov. 3. , G.N. Kropachev. 3. , R. P. Kuibeda. Monoatomic i on Ion Name Ion Old Name New Name H + hydrogen ion /proton Cr 2+ chromous ion chromium (II) ion Li + lithium ion Cr 3+ chromic ion chromium (III) ion Na + sodium ion Mn 2+ manganous ion Blair Stanley. November 18, 2008. Outline. Introduction. Objective. Methods. Progress to Date. Preliminary Results and Conclusions. To Do. Introduction. Dams alter hydrogeology. Storage of water, sediment, and nutrients. PlasMA. Nonequilibrium. Dynamics. in Astrophysics and Material Science. YITP, Kyoto, Japan, Oct. 31-Nov. 3, 2011. Tetsufumi. Hirano. Sophia Univ./. the Univ. of Tokyo. Outline. Introduction. Physics of the quark gluon plasma. Christiana . Athanasiou. , MIT. 4. work with: Krishna . Rajagopal. (MIT). . Misha. . Stephanov. (University of Illinois). . Outline. Introduction. Critical Contribution to Particle Multiplicity Fluctuations. How do we do these experiments?. How . do RIBs . play a role?. Connections to nuclear astrophysics. Sherry Yennello . 2015 EBSS. The nucleus as a liquid drop. N/Z asymmetry. Heat Input. Temperature. Ice (Solid). Jiangyong Jia, BNL and Stony Brook University. July 20–23, . 2017. 3D initial condition and final state dynamics. 2. More dramatic at lower √s due to stopping. . Collectivity is important . bg. in study of chirality, criticality, . Collisions. @ LHC ++. 1. One. central ALICE event for . Pb+Pb @ 2.76 . TeV.A. => E(. kin_total. )= 574 GeV . 0-5% central: . 25000 . particles. Relativistic. AA . and. . eA. . Collisions. 2. to . fire, by generate an action potential. . [Know the various steps in an ion . channe. leading to an action potential—I will ask you this on fina. l. ; e.g. imagine that ion channels are made of some negative conducting channels.]. Bedanga. Mohanty. NISER. (For STAR Collaboration). Based on STAR: . arXiv. : 1701.07065 . 01/20. Goals of Heavy-Ion Collision. Find out the phase structure of QCD phase . d. iagram . e. xperimentally. . Ralf Rapp. . Cyclotron Institute + . Dept of Phys & Astro. Texas A&M University. College Station, TX, USA. rapp@comp.tamu.edu. Physics Opportunities with . Quarkonia. at the EIC.