| Paul Bonoli |
MIT |
MFE; RF interactions with plasmas |
| Jeff Candy |
General Atomics |
MFE; gyrokinetic simulations with continuum (Eulerian) codes; Verification & Validation; Developer of GYRO |
| C. S. Chang |
PPPL |
MFE; gyrokinetic simulations with PIC codes; developer of the XGC family of codes |
| Stephane Ethier |
PPPL |
MFE; gyrokinetic simulations with PIC codes; code performance issues; co-developer of the GTS code |
| Kai Germaschewski |
University of New Hampshire |
GPS; simulations of magnetic reconnection and turbulence in laboratory and space plasmas |
| Barb Helland |
DOE ASCR |
Acting Associate Director for ASCR |
| Stephen Jardin |
PPPL |
MFE; MHD-fluid simulations; developer of the M3D family of codes |
| Homa Karimabadi |
U.C. San Diego |
Kinetic simulations of Laboratory and space plasmas; data issues |
| Alice Koniges |
NERSC |
IFE: Heavy Ion Fusion and Ion Accelerator Experiment Modeling;
MFE: Plasma-Wall Interaction, Programming models and fusion compact applications |
| Zhihong Lin |
U.C. Irvine |
MFE; gyrokinetic simulations with PIC codes; developer of GTC code |
| Vyacheslav Lukin |
Naval Research Lab |
MHD; fluid simulations for innovative confinement concepts |
| Chuang Ren |
University of Rochester |
IFE / HEDLP; fast ignition concepts and direct ignition |
| Carl Sovinec |
University of Wisconsin |
MFE; MHD-fluid simulations; co-developer of the NIMROD two-fluid extended MHD code |
| Frank Tsung |
UCLA |
IFE: Laser-plasma interactions; |
| Brian Wirth |
University of Tennesee |
Materials; plasma-surface interactions |
| Xueqiao Xu |
LLNL |
Plasma turbulence |
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