March 17, 2009
Webinar series features presentations by scientists, for scientists, highlighting research driven by high productivity computing
March 17 -- SiCortex, Inc., maker of the world's most energy-efficient high-productivity computing (HPC) systems, will host a "Science to Science" Webinar series, a global industry forum intended to spotlight the use of HPC systems in advancing scientific discovery. During the inaugural Webinar, researchers from the Louisiana State University (LSU) Department of Physics and Astronomy and the LSU Center for Computation and Technology will present "From Black Holes to Gamma-Ray Bursts." This research, performed on SiCortex computers, represents a breakthrough in large data-set simulations on the CACTUS computation framework.
In each installment of the series, scientists from renowned academic institutions will present the results of groundbreaking research projects and discuss the implications of their findings using dynamic visual presentations. Participants can look forward to research results and thought-provoking discussions in astrophysics, physics, earth sciences, computer science and ecology.
During the first Webinar, LSU Researcher Steven Brandt and Assistant Professor Eric Schnetter will present the results of their research examining gravitational waves and black holes, the largest of its kind funded by the National Science Foundation (NSF). The researchers will discuss the implications of their findings using dynamic visual representations of an actual black hole simulation.
Tuesday, March 17, 2009, at 11:00 a.m. EST in English. Subsequent broadcasts in German and Chinese will take place later this year.
Registration information is available at http://www.sicortex.com/news_events/campaigns/lsu_webinar.
"Science to Science" Webinars are intended for scientists, mathematicians and enthusiasts of the scientific community.
For more information, visit the LSU Webinar Homepage.
About SiCortex
Headquartered near Boston, Mass., SiCortex, Inc. makes the world's most energy-efficient high-productivity computers. Its proven architecture was designed from the silicon up to provide breakthrough delivered performance at the lowest power consumption in the industry. SiCortex computers scale from 72 to 5,832 processors running a powerful Linux operating environment in packages ranging from deskside to departmental to data center. SiCortex systems are the compute-power behind some of the most important research initiatives at government agencies, national laboratories and academic institutions. For more information, visit http://www.sicortex.com/.
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Source: SiCortex, Inc.
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