The exhibit will demonstrate Brookhaven's computing services for the Relativistic Heavy Ion Collider (RHIC), a large-scale nuclear physics facility that accelerates gold ions to nearly the speed of light in opposite directions around a 2.4-mile circular path, then forces them to collide. RHIC scientists believe the collisions will "melt" the ions to form quark-gluon plasma, a type of matter thought to have existed just after the Big Bang, which may offer insight into the basic structure of matter and how it has evolved over time.
RHIC generates so much data that a global computing system is required to collect, process, and analyze it. Brookhaven Lab operates the main computing facility for RHIC, with several petabytes -- several million gigabytes -- of data-storage capacity. By comparison, a new home computer has just a few dozen gigabytes of storage.
The Laboratory is also currently developing a computing system for an upcoming world-leading particle-physics facility, the Large Hadron Collider (LHC) in Geneva, Switzerland, which is under construction and scheduled to begin operating in 2007.
Brookhaven will be the primary U.S. computing site for one of the LHC's largest experiments and is creating a system of more than 1,000 computers with a combined storage capacity of more than one million gigabytes. By building this system, one of several similar facilities within the larger LHC global computing infrastructure, the Laboratory will be taking part in a worldwide computing effort of unprecedented size and scope.
The current status of that work will be presented at the exhibit, as well as Brookhaven's efforts to integrate both its RHIC and LHC computing facilities into a more comprehensive data grid. The grid will give scientists across the globe access to data generated by large-scale physics and astronomy experiments.
Brookhaven's Center for Data Intensive Computing, which performs research in advanced scientific computing, will highlight the terascale simulation tools and technology project. This is a multi-lab effort through which Brookhaven studies droplet formation in diesel fuel injectors, in order to improve combustion efficiency.
Additionally, developments in the design of the Laboratory's new 10,000-processor supercomputer, which will aid in high-energy physics calculations, will be presented at 1:30 p.m. on Tuesday, November 18, in the Brookhaven booth by Robert Mawhinney of Columbia University.
Also at the booth, Brookhaven will be showing a stereoscopic visualization of RHIC collision data, results from a collaboration with NIH of early cancer detection using proteomic data from blood samples, a visualization of atmospheric sulfate studies and a visualization of protein folding with respect to new drug design research. Computational research using graphics cards and clusters will also be discussed.
The conference is at the Phoenix Civic Plaza Convention Center. See more information at: