Regular biography
TSUJII Naoto is a Faculty member in the Department of Physics at The University of Tokyo. Their research focuses on Plasma Physics, specifically wave physics in fusion plasmas, wave-particle interaction analysis with numerical simulations, and the development of diagnostics for high temperature plasmas. They conduct experimental research on the TST-2 spherical tokamak device at the Kashiwa campus and collaborate with institutions such as JT60-SA (QST), LHD (NIFS), LATE (Kyoto Univ.), and QUEST (Kyushu Univ.).
Scholar-generated biography
Naoto Tsujii is a researcher at The University of Tokyo, specializing in plasma waves, plasma physics, and nuclear fusion. Their work focuses on understanding plasma behavior in tokamak devices, such as Alcator C-Mod, with an emphasis on energy confinement, toroidal rotation, and turbulence. Tsujii's research explores phenomena like core toroidal rotation reversals, ion-cyclotron-frequency mode-conversion flow drive, and the scaling of H-mode threshold power. They have contributed to studies on turbulence and transport in both ohmic and H-mode plasmas, as well as progress toward steady-state regimes in fusion devices. Their work also includes investigations into non-inductive plasma start-up methods using lower-hybrid waves.