PDF-SLAC October TE PERHAPS A STABLE DIHYPERON R

L Jaffe Stanford Linear Accelerator Center Stanford University Stanford California 94305 and Department of Physics and Laboratory of Nuclear Science Massachusetts Institute of Technology Cambridge Massachusetts 02139 ABSTRACT In the quark bag model. Bestman. and . Xrootd. Storage. Wei Yang. Alex . Sim. US ATLAS Tier2/Tier3 meeting at Univ. of Chicago. Aug 19-20, 2009. 1. Over View of what SLAC has. 2. Redirector. Xrootd/cmsd. Name space. xrootd. Research opportunities: . http://kipac.stanford.edu/collab/student_resources. Events / seminars: . http://kipac.stanford.edu/collab/seminars. * 40+ full members (faculty and staff). * Physics Dept. faculty: Burchat, Cabrera, Church, Gratta, Linde, Michelson, Petrosian, Romani, Scherrer, Wagoner. WP1: . microwave-based accelerators. Progress towards a new standard X-band high-power flange. G. Riddone. , 08.07.2009 . (contribution . from C. . Garion). Outline. General requirements. Recall of existing design from SLAC. SLAC-TN-15-026 SLAC National Accelerator Laboratory, 2575 Sand Hill Road, Menlo Park, CA 94025 This material is based upon work supported by the U.S. Department of Energy, Office of Science, Office o accelerators beyond 100 MV/m. Eric R. Colby*. Acting Head of Accelerator Research Division. December 14, 2011. * ecolby@slac.stanford.edu. Outline. Advances in RF concepts. Novel Acceleration Concepts. . 2012. Introductions. SLAC Science Education Director. Apurva. Mehta. SLAC Program Manager . - Eric . Shupert. SULI Program Director . - Steve Rock. SULI Program Manager . The beginning. In 1975/6 . Sharon . Traweek. . and Henry . Abarbanel. encouraged me to be in contact with several Japanese groups who might be interested in collaborating on strong interaction spectroscopy studies. This led to a meeting with . Outline. Introduction. Key progress. Initial cooling. 6D cooling (VCC and HCC). Final cooling. Current and future activities. Bright . muon. sources. MICE data integration. Session agenda. December 4, 2014. luminosity . 2 x10. 33 . . t. < 20 . ps. (<2 year ) . Stage II: 10. 34 . . t. < 10 . ps. (<4 years). Compare z-vertex position measured with silicon tracking (. z=50. m. Mauro Pivi, SLAC National Accelerator Laboratory. on behalf of ESTB/ESA team. ARD Status Meeting, SLAC. April 14, 2011. SLAC End Station A Test Beam (ESTB). ESTB will be a unique HEP resource. - . World’s only high-energy primary electron beam for large scale Linear Collider MDI and beam instrumentation studies. Low Medium High Dry Dispersible Nanoparticles and Agglomerates (or Nanoparticles Suspended in Liquids otherwise hazardous – see Section 3.1.3) designated nanomaterial workstation (beam line hu Program Description : SLAC is a world - renowned Laboratory with research opportunities in ph ysics, chemistry, materials and environmental sciences, scientific com puting, and in many engineering f Monday June 27 2011 SLAC Kavli Bldg 51 AuditoriumGround Floor00 pm Welcome and IntroductionsRene Bellwied niversity of Houston NUFO ChairTuesday June 28 2011SLAC Kavli Bldg 51 AuditoriumGround Floor80 N. Holtkamp. SLAC National Accelerator Laboratory. DESY. Nov 15, 2011. Mission of SLAC. Grow into the premier Photon Science Laboratory. Build and operate world leading facilities . Perform world leading science at these facilities.