The Texas Advanced Computing Center (TACC) is part of the University of Texas at Austin. TACC designs and operates some of the world's most powerful computing resources. The center's mission is to enable discoveries that advance science and society through the application of advanced computing technologies.
TACC supercomputers model native and replacement heart valve function to evolve human replacements
Filetype: MP3 - Size: 13.5MB - Duration: 9:39 m (192 kbps 44100 Hz)
UT Austin researchers find hotspots of genetic instability in cancer using Stampede and Lonestar
Filetype: MP3 - Size: 13.73MB - Duration: 9:52 m (192 kbps 44100 Hz)
XSEDE Campus Champions, Stampede and Lonestar4 supercomputers of TACC help create 3D images deep underground.
Filetype: MP3 - Size: 13.3MB - Duration: 9:33 m (192 kbps 44100 Hz)
XSEDE resource Stampede supercomputer of TACC simulated molecular dynamics in design of engineered protein.
Filetype: MP3 - Size: 10.63MB - Duration: 7:38 m (192 kbps 44100 Hz)
Matthew Hanlon and Matthew Vaughn of TACC present a SXSW 2015 core conversation that shares their experiences building the Arabidopsis Information Portal and explains how others interested in open data portals can benefit.
Filetype: MP3 - Size: 8.91MB - Duration: 6:27 m (192 kbps 44100 Hz)
John Fonner and Rion Dooley of TACC present a SXSW 2015 workshop that explores new ways big data and computational science are done and that gives hands-on experience to approaching science as a service.
Filetype: MP3 - Size: 14.02MB - Duration: 10:10 m (192 kbps 44100 Hz)
Maytal Dahan of TACC presents a SXSW 2015 meetup that brings together scientists, developers, and researchers to share skills and expertise on the newest web technologies and science projects.
Filetype: MP3 - Size: 6.67MB - Duration: 4:49 m (192 kbps 44100 Hz)
One of life's strongest bonds was discovered by biofuels researchers using XSEDE resources Stampede and Blue Waters supercomputers. This podcast features an interview with computational biologist Klaus Schulten, University of Illinois at Urbana-Champaign.
Filetype: MP3 - Size: 13.37MB - Duration: 9:39 m (192 kbps 44100 Hz)
Materials with novel electrical properties discovered using XSEDE computational resources Stampede and Lonestar supercomputers of TACC.
Filetype: MP3 - Size: 10.47MB - Duration: 7:34 m (192 kbps 44100 Hz)
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