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SMART Fusion Device Achieves First Tokamak Plasma Milestone

The University of Seville's experimental SMART reactor demonstrates negative triangularity plasma, advancing compact fusion energy research.

Overview

  • SMART (SMall Aspect Ratio Tokamak) successfully generated its first tokamak plasma, a key step toward sustainable fusion energy.
  • The device uses a novel negative triangularity plasma shape, which improves performance by suppressing damaging instabilities and enhancing heat distribution.
  • Developed by the University of Seville, SMART is part of the Fusion2Grid strategy to create the most compact and efficient fusion power plant design.
  • Researchers aim to establish the physics and engineering foundations for high-field spherical tokamaks with solenoid-driven plasma.
  • The achievement has sparked global interest, with scientists anticipating advancements in compact fusion reactor capabilities.