XLDB CONFERENCE WELCOME. James Williams September 11, 2012
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1 XLDB CONFERENCE WELCOME James Williams September 11, 2012
2 2
3 Welcome! LINAC: Linear Accelerator It has driven SLAC science for 50 years 3
4 Department of Energy Office of Science National Laboratories Pacific Northwest Lawrence Berkeley National SLAC National Accelerator Idaho National Lawrence Livermore National Sandia National Laboratories National Renewable Energy Fermi National Accelerator Ames National Los Alamos National Argonne National National Energy Technology Brookhaven National Princeton Plasma Physics Thomas Jefferson National Accelerator Facility Oak Ridge National Savannah River National National Nuclear Security Administration Lab Office of Energy Efficiency and Renewable Energy Lab Office of Environmental Management Lab Office of Fossil Energy Lab Office of Nuclear Energy, Science and Technology Lab Office of Science Lab 4
5 Stanford University DOE pays Stanford $1 per year to lease 426 acres of land 240 Universities worldwide use our resources 5
6 1,600 Employees from 36 Countries -205 Postdocs and Grad Students ; 3,100 Facility Users & Visiting Scientists 142 Buildings 1,000 Scientific Papers published each year in peer-reviewed journals 6 Scientists awarded the Nobel Prize for work done at SLAC 1 st North American Website $400,000,000 Budget (10% of this goes for energy consumption) Jan 26,
7 Hold Slide for Nobels Nobel Prizes Physics, 1976 Pioneering experimental contributions to lepton physics. Burton Richter Samuel C.C. Ting Richard E. Taylor Jerome I. Friedman Henry W. Kendall Physics, 1990 Deep inelastic scattering of electrons on protons and bound neutrons Essential for the development of the quark model Physics, 1995 Discovery of the tau lepton Chemistry, 2006 Studies of the molecular basis of eukaryotic transcription Martin L. Perl Frederick Reines Roger Kornberg Yoichiro Nambu, Makoto Kobayashi, Toshihide Maskawa Physics, 2008 Theory of broken symmetries later observed by BaBar Ada Yonath Chemistry, 2009 Studies of the structure and function of the ribosome, foundation studies at SSRL 7
8 Our Mission Today Our programs explore the ultimate structure and dynamics of matter and the properties of energy, space and time - at the smallest and largest scales, in the fastest processes and at the highest energies - through robust scientific programs, excellent accelerator based user facilities and valuable partnerships. Build and operate world leading Photon Science Facilities-LCLS (LINAC Coherent Light Source) and SSRL (Stanford Synchrotron Radiation Lightsource) Perform world leading science at these facilities Maintain our position as the premier accelerator laboratory Strategic programs in particle physics, particle astrophysics and cosmology 8
9 What happened from actualizing this mission Production: ~5 PB raw data 1 PB database (in 2002) BABAR is a particle physics experiment designed to study some of the most fundamental questions about the universe by exploring its basic constituents - elementary particles.
10 What will happen from actualizing this mission Operations: PB images 45 PB database Image metadata consisting of 700 million rows An object catalog with 20 billion rows each with 200+ attributes 30+ trillion object detections Alert count: 2 million / night 3.2 gigapixel image every 15 sec Complex n-point correlations, including near neighbor searches at petascale The LSST is a new kind of telescope. With a light-gathering power among the largest in the world, it can detect faint objects with short exposures.
11 Goals for the XLDB Conference
12 Exchange Information Identify trends, commonalities and major roadblocks related to building extremely large data stores
13 Bridges Bridge the gap between users trying to build extremely large data stores and solution providers worldwide
14 Development & Growth Facilitate development and growth of practical technologies for extremely large data stores
15 PRACTICAL SOLUTIONS: Our Recipe for XLDB Events Ingredients Big science Data-intensive industries Vendors Academia Directions 1. Mix together 2. Repeat yearly
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