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Applied Physics

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Applied Physics

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Research Frontiers in Plasma Physics for Fusion Energy

Investigation of plasma confinement, heating mechanisms, and stability in tokamaks and stellarators for controlled thermonuclear fusion power generation.

Magnetic Reconnection Dynamics in Extreme Confinement Regimes

Turbulent Transport Suppression via Nonlinear Plasma Interactions

Neutron-Induced Materials Degradation in Fusion Reactor Environments

Edge Plasma Control and Divertor Heat Mitigation Strategies

Collective Instabilities at the Tokamak-Stellarator Interface

Fast Ion Loss and Confinement in Advanced Magnetic Geometries

Laser-Plasma Coupling in Inertial Fusion Ignition

Machine Learning for Real-Time Plasma State Prediction

Tritium Breeding and Neutron Multiplication in Blanket Systems

Cross-Scale Phenomena from Gyrokinetic to Macroscopic Dynamics

All Applied Physics PhD categories