Status for paper on: System-size (?) and centrality dependence of strangeness production in nucleus-nucleus collisions at 40 AGeV and 158 AGeV beam energy.

Slides:

Advertisements

Similar presentations

June 17, 2003NN2003, Moscow, Jens Jørgen Gaardhøje, Niels Bohr Institute1 n100 AGeV AGeV Au+Au Ecm =  s  40 TeV THE LITTLE BIG BANG and search.

Advertisements

June 17, 2003NN2003, Moscow, Jens Jørgen Gaardhøje, Niels Bohr Institute1 n100 AGeV AGeV Au+Au Ecm =  s  40 TeV THE LITTLE BIG BANG and search.

Physics Results of the NA49 exp. on Nucleus – Nucleus Collisions at SPS Energies P. Christakoglou, A. Petridis, M. Vassiliou Athens University HEP2006,

NA49 Weekly Meeting12 Nov Christof Roland / MIT NA49 Weekly Meeting Event-by-Event Fluctuations of Particle Ratios - Paper Status -

1 General characteristics of AA collisions at 35 AGeV Yuri Kharlov, Serguei Sadovsky IHEP, Protvino LINC-2005, 5 October 2005.

Additional Emittance Plots The following plots are derived from Mark’s analysis of the Step 1 data taken in approx. August Mark derived the (rms,

Conservation of Momentum

Phase transition of hadronic matter in a non-equilibrium approach Graduate Days, Frankfurt, , Hannah Petersen, Universität Frankfurt.

First Results From a Hydro + Boltzmann Hybrid Approach DPG-Tagung, Darmstadt, , Hannah Petersen, Universität Frankfurt.

Particle Production in p + p Reactions at GeV K. Hagel Cyclotron Institute Texas A & M University for the BRAHMS Collaboration.

ECLOUD Calculations of Coherent Tune Shifts for the April 2007 and January 2009 Measurements - Preparation for PAC2009 FR5RF Paper and Poster - “Effects.

Freeze-Out in a Hybrid Model Freeze-out Workshop, Goethe-Universität Frankfurt Hannah Petersen.

Cosmic Ray Analysis 1M.Ellis - CM23 - Harbin - 15th January 2009  Not enough time to go into detail, so just a quick summary of the status since CM22:

Motivations Results on Σ(1385) with FOPI detector Results on Λp correlation Conclusions / Outlook Towards strange multi-baryonic clusters, measurement.

Particle Zoo & Classification Schemes. Conservation Rules 1. Charge 2. Baryon Number 3. Lepton Number (by flavor) 4. Strangeness 5. Angular Momentum 6.

Summarize what you did in Tuesday’s collision activity.

Linear Equation: an equation whose graph forms a line. is linear. is not. In linear equations, all variables are taken to the first power. Linear means.

Computational Lab in Physics: Final Project Monte Carlo Nuclear Collisions: Glauber Model.

Measurements of the Charge Balance Function at RHIC from √s NN = 7.7 to 200 GeV Gary D. Westfall, for the STAR Collaboration (Michigan State University)

Ph.D. defense of Peter Christiansen, 27. May 2003 Information Please switch off mobile phones. Corrections : Page 23 : Light systems are Ni+Ni (FOPI),

Reaction plane reconstruction1 Reaction plane reconstruction in extZDC Michael Kapishin Presented by A.Litvinenko.

Christof Roland / MITSQM 2004September 2004 Christof Roland / MIT For the NA49 Collaboration Strange Quark Matter 2004 Capetown, South Africa Event-by-Event.

Results from NA49 Claudia Höhne, GSI Darmstadt for the NA49 collaboration (CERN)

Fast Simulation of TOF Response A.Galoyan, LPP, JINR, Dubna Used model.

HADES coll. meeting, Oct. 31, 2007 Charged pion production in C+C at 1 and 2 A GeV results of data analysis from experiments NOV02 and AUG04 Jehad Mousa.

Charmonium feasibility study F. Guber, E. Karpechev, A.Kurepin, A. Maevskaia Institute for Nuclear Research RAS, Moscow CBM collaboration meeting 11 February.

Slide 1 of 40 Brovko, Haag, Cebra January 06, 2011 LF Spectra Phone Conference STAR as a Fixed Target Experiment? Sam Brovko, Brooke Haag, Daniel Cebra.

Fixed Target Program in STAR Fixed-target running allows much higher rates without e-cooling at lower energies Top of  B range now ~ 400 MeV; extends.

Marcus Bleicher, TBS Berkeley 2005 What have we learned from transport models? Marcus Bleicher Institut für Theoretische Physik Goethe Universität Frankfurt.

G. Musulmanbekov, K. Gudima, D.Dryablov, V.Geger, E.Litvinenko, V.Voronyuk, M.Kapishin, A.Zinchenko, V.Vasendina Physics Priorities at NICA/MPD.

General Status of STAR pp run as of June 1, pb -1 delivered ~1.78 pb -1 sampled 292 nb -1 delivered ~ 93 nb -1 sampled (93/180 ~ 52%) N.B

Elementary interactions and cold nuclear matter at RHIC Bjørn H. Samset Dr. student., UiO (In melting the nucleus, did we break some stained glass windows?)

Status Report particle identification with the RICH detector Claudia Höhne - GSI Darmstadt, Germany general overview focus on ring radius/ Cherenkov angle.

Feasibility of J/ψ studies by MPD detector Alla Maevskaya, Alexei Kurepin INR RAS Moscow NICA Roundtable Workshop 11 September 2009.

Muon detection in the CBM experiment at FAIR Andrey Lebedev 1,2 Claudia Höhne 1 Ivan Kisel 1 Anna Kiseleva 3 Gennady Ososkov 2 1 GSI Helmholtzzentrum für.

Status of the FOPI pp Beamtime -Motivation -Particle Reconstruction -Inclusive Reconstruction -Exclusive Reconstruction with kinematical Refit -Summary.

System-size dependence of strangeness production, canonical strangeness suppression, and percolation Claudia Höhne, GSI Darmstadt.

Results from an Integrated Boltzmann+Hydrodynamics Approach WPCF 2008, Krakau, Jan Steinheimer-Froschauer, Universität Frankfurt.

R ECENT RESULTS ON EVENT - BY - EVENT FLUCTUATIONS FROM RHIC BEAM ENERGY SCAN PROGRAM AT STAR EXPERIMENT Nihar R. Sahoo (for the STAR Collaboration) Texas.

Compact RICH detector Claudia Höhne, GSI Darmstadt.

Elastic and Inelastic Collisions 6.3. Perfectly Inelastic Collisions When two objects collide and move with each other after.

ELASTIC & INELASTIC Analyzing Collisions. Collisions During a collision, there is a transfer of momentum & energy. To calculate momentum = p ai + p bi.

Christof Roland / MITQuark Matter 2004January 2004 Christof Roland / MIT For the NA49 Collaboration Quark Matter 2004 Oakland,CA Event-by-Event Fluctuations.

21 st June 2007 RHIC & AGS Users’ Meeting Recent RHIC Results on Bulk Properties Richard Hollis.

Characterization of the pion source at the AGS Mike Lisa The Ohio State University Motivation and Measurement Systematics of HBT in E895 Existing problems.

P/in BRAHMS at forward y Paweł Staszel Jagiellonian University.

Marina Golubeva, Alexander Ivashkin Institute for Nuclear Research RAS, Moscow AGeV simulations with Geant4 and Shield Geant4 with Dpmjet-2.5 interface.

QM2004 Version1 Measurements of the  ->     with PHENIX in Au+Au Collisions at 200 GeV at RHIC PPG016 Figures with Final Approval Charles F. Maguire.

Warm-UpDec. 8 1.Find the slope, x and y intercepts for the following. 5x+10y = 20 2.Solve. 4x+ 5 – 2x= 4(x + 5/4)

June 2009 H. Ströbele, Uni. Frankfurt Matter Effects at SPS energies What we can learn about stopping from the system size dependence of net.

重离子碰撞中的 ( 反 ) 超核研究马余刚中国科学院上海应用物理研究所引言 RHIC-STAR 的超核测量 – 超氚核构建 – 寿命测量 – 奇异性因子 GSI 超核寿命测量实验简介超核产生机制研究关于 H 粒子寻找简介.

Energy Dependence of Soft Hadron Production Christoph Blume2nd International Workshop on the Critical Point and Onset of Deconfinement Bergen Mar. 30 -

Design for a New Optical Table of the Shintake Monitor Takashi Yamanaka The University of Tokyo ATF2 weekly meeting 2007/9/26.

Elastic and Inelastic Collisions

Classifying Solutions to Systems of EquationsProjector resources Classifying Solutions to Systems of Equations Projector Resources.

Simulations on the Event-by-event Fluctuations of the Particle Yield Ratios D. Kresan, V. Friese GSI, Darmstadt, Germany Correlations and Fluctuations.

LIT participation LIT participation Ivanov V.V. Laboratory of Information Technologies Meeting on proposal of the setup preparation for external beams.

Al+Au Analysis Plan Why study asymmetric systems like Al+Au (or Cu+Au as was recently done at RHIC)? Collisions of symmetric heavy ions do not create a.

Compton Effect Objective:

Multi-Strange Hyperons Triggering at SIS 100

4.5 GeV Au+Au Analysis Plan

Classifying Solutions to Systems of Equations

Geant4 FTF model validation for strange particle production

Graphing Linear Equations

The Stranger the Better

Similar Figures.

Production of Multi-Strange Hyperons at FAIR Energies.

The Law of Conservation of Momentum

Graphing Linear Equations

Claudia Höhne, GSI Darmstadt

Presentation transcript:

Status for paper on: System-size (?) and centrality dependence of strangeness production in nucleus-nucleus collisions at 40 AGeV and 158 AGeV beam energy final data (Peter Dinkelaker will deliver his thesis end of June) remaining issues on mt-spectra of pions settled systematic studies for pt-spectra/ extrapolation for kaons at high rapidity (see EVO, May 20, 2009) Core Corona model calculations done similar to those in our  and  paper HSD and UrQMD available since end of April check strangeness conservation current process: transfer final data from Peter, do paper plots, fill tables, text Claudia Höhne, June 24, 2009

PhD thesis, June 2009, Peter Dinkelaker: all pt-spectra for all rapidities and centralities for kaons and pions at 40 AGeV and 158 AGeV beam energy paper – stick to TOF mt-spectra at midrapidity

PhD thesis, June 2009, Peter Dinkelaker