Papers
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Total Citations
29
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About
Dr. M. Geynet has made significant contributions to the advancement of steady-state tokamak physics, a critical area for the future of magnetic fusion energy. Their work is central to understanding and overcoming the challenges of long-pulse plasma operations, directly informing the design and operational scenarios of ITER. Dr. Geynet's most cited paper, "Investigation of steady-state tokamak issues by long pulse experiments on Tore Supra" (2009, 29 citations), documents pivotal progress from the Tore Supra experimental programme. This research systematically addresses key issues in three core areas: achieving and sustaining high-performance plasmas over extended durations, managing heat and particle exhaust, and controlling plasma stability. By demonstrating solutions to these steady-state challenges, Dr. Geynet's work has provided a foundational experimental basis for next-step fusion devices. Their research is essential reading for students and researchers focused on tokamak physics, plasma control, and the operational pathways toward a fusion power plant.
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