'Strangeness enhancement' presentation slideshows

Strangeness and Heavy Flavour (Episode 1)

Strangeness and Heavy Flavour (Episode 1). Federico Antinori (INFN Padova & CERN). Tutorial: kinematic variables collision centrality invariant cross-section. Rapidity. Four-momentum : ( c = 1 , z coordinate along collision axis). Addition of velocities along z :. (Galileo).

1.74k views • 159 slides

Che-Ming Ko Teaxs A&M University

Searching for the Quark-Gluon Plasma in Relativistic Heavy Ion Collisions. Che-Ming Ko Teaxs A&M University. Introduction: concepts and definitions - Quark-gluon plasma (QGP) - Heavy ion collisions (HIC) Experiments and theory - Signatures of QGP

704 views • 70 slides

Christoph Blume University of Heidelberg

International School on: Quark-Gluon Plasma and Heavy Ion Collisions: Past, Present, Future Villa Gualino, Turino, Italy Soft Probes II. Christoph Blume University of Heidelberg. Observables. Temperature. Strangeness Resonances. Femtoscopy Fluctuations. Kinetic Freeze-Out.

724 views • 54 slides

Energy and system size dependence of strangeness production, from SPS to RHIC

Energy and system size dependence of strangeness production, from SPS to RHIC. Jun Takahashi & Marcelo Munhoz for the STAR collaboration. Motivation. In A+A, With a QGP scenario strangeness production is expected to be enhanced.

488 views • 42 slides

What is SO special about strangeness in heavy ion collisions ?

What is SO special about strangeness in heavy ion collisions ?. Rene Bellwied Wayne State University 7 th International Conference on Strangeness in Quark Matter North Beach, March 12-17, 2003. A connection to cosmology.

468 views • 38 slides

Net Charge Fluctuations in Ultra-Relativistic Nucleus-Nucleus Collisions

486 views • 32 slides

What have we learned from transport models?

378 views • 27 slides

What have we learned from transport models?

340 views • 27 slides

337 views • 23 slides

Probe the QCD Phase Diagram with ? mesons in High Energy Nuclear Collisions

Probe the QCD Phase Diagram with ? mesons in High Energy Nuclear Collisions. Outline. ? meson in high energy collisions. Strangeness Enhancement Partonic Collectivity Hints of Thermalization. Review of existing results. Probing QCD phase boundary. Low p T (< 3 GeV/c) :

225 views • 21 slides

Bulk Properties in Au+Au Collisions at ?s NN = 9.2 GeV in STAR Experiment at RHIC

Bulk Properties in Au+Au Collisions at ?s NN = 9.2 GeV in STAR Experiment at RHIC. Lokesh Kumar (for the STAR Collaboration) Panjab University, Chandigarh - India. Outline:. Motivation STAR Experiment and Collisions at ?s NN = 9.2 GeV

372 views • 19 slides

Strangeness production and Cronin effect in d+Au collisions at ?s NN = 200 GeV in STAR

Strangeness production and Cronin effect in d+Au collisions at ?s NN = 200 GeV in STAR. Xianglei Zhu ( Tsinghua U / UCLA) For the STAR Collaboration. Motivation I : Strangeness enhancement. From A. Timmins.

290 views • 16 slides

L and X results from NA57 in Pb-Pb collisions at 160 A GeV/c at the CERN SPS

253 views • 14 slides

Strangeness production in small and large collision systems at RHIC

115 views • 11 slides

Strangeness enhancement in lead-lead collisions

Strangeness enhancement in lead-lead collisions Analysis of large event samples from lead collisions Find number of K s , ? , anti- ? Calculate particle yields Calculate strangeness enhancement taking into account particle yields in proton collisions.

83 views • 8 slides

Strange Summary of AGS Program and List of Questions

Strange Summary of AGS Program and List of Questions. Strangeness 2000. Jamie Nagle Columbia University. Key Observations. Overall strangeness enhancement (E917, E895) Excitation function (E917/E866, E895) Phi enhancement and centrality dependence (E917) L flow (E895)

82 views • 8 slides