Space physics, Astrophysical plasma physics, Fusion theory, Magnetic reconnection, Turbulence, High-performance and exascale computing

Computational physics, Plasma physics

Theory and computational extended magnetohydrodynamics, Plasma physics

Plasma physics, Electric and magnetic theory and applications, Instrumentation

Mechanical engineering for high-power radio frequency heating components and plasma diagnostics.

Stellarators, Tokamaks

Fusion energy, Plasma diagnostics, Plasma physics, Stellarators, Tokamaks

Non-neutral plasmas and beam dynamics, Plasma astrophysics, Magnetized liquid metals for plasma research, Advanced liquid centrifuge applications

Fusion energy, Plasma physics, Plasma exhaust, Tokamaks, Non-proliferation and arms control

Low-temperature plasma, Plasma physics, Chemical and biological engineering

Fusion energy, Plasma physics, Turbulence, Tokamaks, Stellarators

Plasma astrophysics, Magnetic reconnection, Magnetorotational instability, Dynamo effects and magnetic self-organization, Free-surface liquid metal flows across strong magnetic fields

Plasma physics, Nuclear fusion, Gas discharge modeling, Plasma processing, Hydrodynamics, Quantum mechanics

Materials chemistry, Plasma-materials interactions, Surface science

Tokamak devices, Plasma toroidal confinement, Plasma boundary layers, Plasma instability

Fusion, Plasma, Tokamaks, Walls for fusion devices

Fusion energy, NSTX-U, Plasma physics, Tokamaks

Particle physics

Plasma physics, Fusion

Integrated tokamak modeling

Low temperature plasma and gas discharges, Plasma surface interactions and plasma diagnostics, Plasma thrusters for spacecraft, Plasma-based synthesis and processing of nanomaterials

Magnetic reconnection, Tokamaks

Fusion energy, Fusion reactor design, International collaborations, Plasma physics, Stellarators, Tokamaks