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THEORY-BASED TRANSPORT MODELING
Developed the TGLF and GLF23 drift-wave transport models. GLF23 has been used routinely by researchers at major labs around the world. Can reproduce the experimental transition of ion heat transport from gyroBohm (co-injection) to Bohm-like (counter-injection) in DIII-D H-mode
GYROKINETIC SIMULATION AND RESEARCH
Developed world's most comprehensive gyrokinetic code, GYRO. Recovered experimental levels of ion and electron transport in DIII-D L-mode from first-principles simulations
GYROKINETIC THEORY
Developed de facto standard analytic theory (Rosenbluth-Hinton) of zonal flows, reduced electromagnetic gyrokinetic equations, and an Ohm's law which describes electromagnetic turbulence as well as neoclassical conductivity and bootstrap current