Princeton Plasma Physics Laboratory
Author in the following contributions
- Gyrokinetic simulation in realistic divertor geometry reproduces density pump-out and enhanced electron heat confinement in tokamak edge plasma under resonant magnetic perturbations
- Global gyrokinetic simulation of turbulence in optimized stellarators
- New predictive scaling formula for ITER’s divertor heat-load width informed by gyrokinetic simulation, physics discovery, and machine learning
- Coupling plasma and neutral kinetic models: Considerations and solutions
- Isotope effects in ion temperature gradient modes with radial electric field in Large Helical Device
- Electromagnetic schemes in the global gyrokinetic PIC code XGC for higher-fidelity simulation of long-wavelength modes in the edge
- An Improved Equation-Free Method for Gyrokinetic Profile Evolution of Tokamak Plasmas
- [REGULAR POSTER TWIN] Gyrokinetic simulation in realistic divertor geometry reproduces density pump-out and enhanced electron heat confinement in tokamak edge plasma under resonant magnetic perturbations
