Workshops Overview/Goals

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Presentation transcript:

Workshops Overview/Goals Zein-Eddine Meziani Temple University June 04-05, 2010 Support:

Outline: Beyond the 12 GeV upgrade ? Goals for this workshop.

JLab beyond the 12 GeV upgrade Jlab community hopes to articulate a comprehensive physics program using an electron ion collider that will complement, extend, and complete (?) our current physics program and our plans for 12 GeV. The community, together with the Lab is having a series of workshops to assess the physics potential of such a facility An important part of this effort will be a clarification of the machine and detector specifications that are optimal for completing this program. Deliverables for each workshop: Parts of a white paper that will be put together after the June 07-09 JLab Users Meeting to produce a white paper. Time scale: Summer 2010.

Physics Areas Under Investigation and Workshops Study group on Hadronic Physics Nucleon spin and quark-gluon correlations: Transverse spin, quark and gluon orbital motion, semi-inclusive processes (Partonic Transverse Momentum in Hadrons: Quark Spin-Orbit Correlations and Quark Gluons Interactions: workshop at Duke U., March 12-13, 2010) H. Gao et al. http://michael.tunl.duke.edu/workshop 3D mapping of the glue and sea quarks in the nucleon (Electron-Nucleon Exclusive Reactions: workshop at Rutgers U., March 14-15, 2010) R. Gilman et al. http://www.physics.rutgers.edu/np/2010rueic-home.html Study group on Nuclear Physics 3D tomography of nuclei, quark/gluon propagation and the gluon/sea quark EMC effect (EIC Nuclear Chromodynamics: workshop at Argonne National Lab, April 7-9, 2010) K. Hafidi, et al. http://www.phy.anl.gov/mep/EIC-NUC2010/ Study group on Electroweak Physics Electroweak structure of the nucleon and tests of the Standard Model (workshop at the College of W&M , May 17-18, 2010 K. Kumar, D. Armstrong et al. Study group on interaction region and detectors EIC Detectors/Instrumentation (workshop at JLab, June 04-05, 2010 C. Hyde et al.

Goals for this working group What physics within your topic of interest can quantitatively be accomplished with the foreseen parameters? (Mont’s question) What physics within your topic of interest could quantitatively be accomplished with a change in the parameter space given, e.g. by a change in energies, a change in luminosity, a change in detector space? (Mont’s question) Prepare detectors designs that overlap best with the top physics goals (flag experiments). More than one detector might be required for the physics foreseen, example exclusive vs semi- inclusive? Start to prepare a white paper with a summary to be presented at the Jefferson Annual Users Meeting, June 7-9, 2010

Initial parameters of the machine

Krafft at Rutgers Krafft