Princeton Plasma Physics Laboratory
Author in the following contributions
- Bifurcation of Quiescent H-mode to a Wide Pedestal Regime in DIII-D and Advances in the Understanding of Edge Harmonic Oscillations
- Design of Charge Exchange Recombination Spectroscopy (CXRS) on SST-1 Tokamak
- Adaptive Real-Time Pedestal Control for DIII-D and Prospects for ITER
- Extending the Validation of Multi-Mode Model for Anomalous Transport to High Poloidal Beta DIII-D Discharges
- Validation of Theoretical Models of Intrinsic Torque in DIII-D and Projection to ITER by Dimensionless Scaling
- Understanding and Predicting Profile Structure and Parametric Scaling of Intrinsic Rotation
- Turbulence and Sheared Flow Structures Behind the Isotopic Dependence of the L-H Power Threshold and H-L Back Transition on DIII-D
- Validation of Theoretical Models of Intrinsic Torque in DIII-D and Projection to ITER by Dimensionless Scaling
- Magnetic shear effects on plasma transport and turbulence at high electron to ion temperature ratio in DIII-D and JT-60U plasmas
- Advances in the high bootstrap fraction regime on DIII-D towards the Q=5 mission of ITER steady state
- First Observation of ELM Suppression in ASDEX-Upgrade In A Similarity Experiment With DIII-D
- Optimization of the Plasma Response for the Control of Edge-Localized Modes with 3D Fields
- Demonstrating the Multi-scale Nature of Electron Transport Through Experimentally Validated Simulations
- Advances in the Steady-State Hybrid Regime in DIII-D – A Fully-Noninductive, ELM-Suppressed Scenario for ITER
- Development of a First-Principles Self-Consistent Core-Pedestal Model and its Application to ITER
