Web Content Scientists use XSEDE/TeraGrid resources to determine how shock waves move through solids
A new and better way to observe how high speed, powerful shock waves move through solids — and how the solids consequently respond — has been developed.
story physics usf
Web Content Experiencing some turbulence: Researchers Take on One of Physics' Most Important and Enduring Problems
Researchers Use XSEDE HPC Resources to Take on One of Physics’ Most Important and Enduring Problems
story physics washington
Web Content Swirling Secrets
Understanding the Turbulence of Gases in Planet-forming Protoplanetary Disks
story physics colorado
Web Content Supercomputer Simulations Help Optimize Floating Wind Farms
XSEDE-Allocated Supercomputer Models Provide Insight on Turbine Wakes
successes stampede2 physics energy
Web Content XSEDE Applauds Nobel Prize Winners for Discovery of Gravitational Waves
The Extreme Science and Engineering Development Environment (XSEDE) congratulates the three scientists who were honored for "decisive contributions to the LIGO detector and the observation of...
successes astronomy ligo physics
Web Content XSEDE Supercomputers Provide Insight into Neutron Star Structures and Mergers
Researchers in two separate, recently published studies relied on the power of XSEDE-allocated supercomputers [RHR1] [DLH2] to create detailed simulations of neutron star structures
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Web Content XSEDE Helps Develop New Physics Gateway
Access to computational resources and ECSS support enable community gateway project
successes physics optical science science gateway nist
Web Content Simulations Reveal Galaxy Clusters Details
Galaxy clusters probed with XSEDE-allocated Stampede2, Comet supercomputers
successes tacc stampede2 comet sdsc physics astronomy cosmology universityofwashington mps ast
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