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29
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About
S. Hacquin is a leading experimental physicist whose research focuses on advancing steady-state tokamak operations, a critical area for the future of fusion energy. Their most cited work, the 2009 paper "Investigation of steady-state tokamak issues by long pulse experiments on Tore Supra" (29 citations), documents major progress in sustaining plasma for extended durations—a key challenge for ITER and future reactors. Hacquin’s contributions include pioneering long-pulse experiments that address plasma control, heat exhaust, and particle recycling, directly informing the design of next-generation fusion devices. Beyond this flagship study, their broader research encompasses plasma diagnostics, magnetohydrodynamic stability, and radio-frequency heating, with a focus on achieving reliable, continuous operation. By tackling the physics of steady-state regimes, Hacquin has helped bridge the gap between present-day tokamaks and the demands of a fusion power plant. Their work remains influential for students and researchers seeking to understand the operational limits of magnetic confinement systems.
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