Date Posted: May 30, 2007

The US DOE Scientific Discovery through Advanced Computing (SciDAC) program awarded $6 million to establish the Center for Plasma Edge Simulation (CPES). The goal of the CPES is to develop a new integrated predictive plasma edge simulation package applicable to existing magnetic fusion facilities and next-generation burning plasma experiments, such as ITER. Timely progress on this scientific challenge demands a well-coordinated effort involving experts in plasma science, computer science, and applied mathematics.

As an end product, an integrated code framework to study the dynamical pedestal-ELM cycle will be developed by coupling a kinetic code with an existing two-fluid code using the most advanced computer science technologies. Routines from a state-of-the-art neutrals code will be integrated into the package to provide a realistic kinetic neutral recycling physics capability, enhanced by the most advanced atomic physics data support. The project will take a leveraged approach utilizing existing SciDAC codes, establishing a proper integration and interface framework between them.

As well as staff at CACR/Caltech, participating institutions include:

• New York University (lead institution)
• Columbia University
• Hinton Associates
• Lawrence Berkeley National Laboratory
• Lehigh University
• MIT Plasma Science Fusion Center
• Oak Ridge National Laboratory
• Princeton Plasma Physics Laboratory
• Rutgers University
• University of California at Irvine
• University of Colorado
• University of Tennessee at Knoxville
• University of Utah

For further information about the CPES, see the project website: