Grand Challenge applications are fundamental problems in science and engineering with broad economic and scientific impact whose solution can be advanced by applying HPCC technologies. A common feature of many of these Grand Challenges is that they involve simulation. Due to limitations such as speed and memory in computing systems available at the beginning of the HPCC Program, many simulations could not be completed with sufficient accuracy and timeliness to be of interest. Through efforts requiring collaboration among computer scientists, mathematicians, computational scientists, and subject matter specialists, these limitations are being removed. [from the HPCC FY 96 Blue Book]
- Argonne National Lab Grand Challenge Projects
- Binary Black Hole Grand Challenge
- Condensed Matter Physics Group (Materials Science Grand Challenge Project)
- Conferences and Meetings
- Convective Turbulence and Mixing in Astrophysics, The University of Chicago
- CRPC Grand Challenge Applications
- Earthquake Ground Motion Modeling at Carnegie Mellon University
- Formation and Evolution of Galaxies and Large Scale Structure at the University of Washington
- Grand Challenge Cosmology Consortium (GC3)
- Grand Challenges at Caltech
- Los Alamos National Lab Grand Challenge Projects
- NASA Earth and Space Sciences Project--Grand Challenge Teams
- Oak Ridge National Lab Grand Challenge Projects
- University of Colorado-Boulder Grand Challenge Projects