'Peripheral collisions' presentation slideshows

Conservation laws & femtoscopy of small systems

Conservation laws & femtoscopy of small systems. Zbigniew Chajecki & Mike Lisa Ohio State University. Outline. Introduction / Motivation intriguing pp versus AA [reminder] data features not under control: Energy-momentum conservation? SHD as a diagnostic tool [reminder]

672 views • 61 slides

Formation and Decay of Highly Excited Nuclear Matter in Intermediate Energy Heavy-Ion Collisions

Formation and Decay of Highly Excited Nuclear Matter in Intermediate Energy Heavy-Ion Collisions. S. Hudan , R. Yanez , B. Davin , R. Alfaro, H. Xu, L. Beaulieu, Y. Larochelle, T. Lefort, V. Viola and R.T. de Souza Department of Chemistry and Indiana University Cyclotron Facility,

470 views • 34 slides

Theory Models of Hadron Collisions

Theory Models of Hadron Collisions. Energy-Scaling Workshop, Fermilab, April 2009. Q uantum C hromo D ynamics. Main Tool: Matrix Elements calculated in fixed-order perturbative quantum field theory Example:. High transverse-momentum interaction. Reality is more complicated.

389 views • 29 slides

RHIC HBT in a larger context

RHIC HBT in a larger context. Zbigniew Chaj ? cki, OSU for the Experiment. Outline. HBT in Heavy-Ion Collisions at RHIC Multiplicity as universal scaling R(m T ) - direct probe of flow scenario Femtoscopy in p+p [reminder]

406 views • 25 slides

Neck fragmentation

time. Neck fragmentation. Semi-peripheral reactions: Fragmentation in a smaller region, but with larger cross section !. Possibility to better disantangle and/or correlate kinematical and thermodynamical features. Impact parameter dependence. E/A = 35 AMeV; b=6 fm. free cross sections.

397 views • 24 slides

IPN Orsay, 20 September 2004

347 views • 22 slides

Ultra-peripheral Collisions at RHIC Spencer Klein, LBNL for the STAR collaboration

Ultra-peripheral Collisions at RHIC Spencer Klein, LBNL for the STAR collaboration. Ultra-peripheral Collisions: What and Why Interference in Vector Meson Production Au + Au --> Au + Au + r 0 r 0 production with nuclear excitation Direct p + p - production & interference

323 views • 17 slides

Centrality Dependence of Freeze-out Parameters From the Beam Energy Scan at STAR

Centrality Dependence of Freeze-out Parameters From the Beam Energy Scan at STAR. Sabita Das (for the STAR collaboration) Institute of Physics, Bhubaneswar, India. Outline. Motivation Introduction - Chemical freeze-out - Kinetic freeze-out Experimental set-up

303 views • 17 slides

Centrality Dependence of K0s production

Centrality Dependence of K0s production. 158A GeV min.bias Pb+Pb 08A. 158A GeV Standard-Cuts. 158A GeV pt-spectra (efficiency). 158A GeV pt-spectra (efficiency). 158A GeV pt-spectra (yields). 158A GeV pt-spectra (yields). 158A GeV dN/dy spectra total yield (dEdx) by na49_compil.pdf.

218 views • 12 slides