The University of Seville’s SMART tokamak has achieved a critical milestone by creating its first tokamak plasma, utilizing a unique negative triangularity that increases stability and efficiency.
This advancement signals a promising future for fusion energy, potentially revolutionizing how we generate power.
Breakthrough in Fusion Energy
The SMART device has achieved a major milestone by successfully generating its first tokamak plasma, marking a significant step toward the goal of sustainable, clean, and virtually limitless fusion energy. This achievement brings the global fusion research community closer to making controlled fusion a practical energy source.
SMART is a cutting-edge experimental fusion device developed and operated by the Plasma Science and Fusion Technology Laboratory at the University of Seville. What makes SMART unique is its advanced ability to flexibly shape plasmas, setting it apart as the only spherical tokamak of its kind in the world.
The SMART device has achieved a major milestone by successfully generating its first tokamak plasma, marking a significant step toward the goal of sustainable, clean, and virtually limitless fusion energy. This achievement brings the global fusion research community closer to making controlled fusion a practical energy source.
SMART is a cutting-edge experimental fusion device developed and operated by the Plasma Science and Fusion Technology Laboratory at the University of Seville. What makes SMART unique is its advanced ability to flexibly shape plasmas, setting it apart as the only spherical tokamak of its kind in the world.
It is specifically designed to explore the physics and engineering potential of negative triangularity plasmas, a promising approach for developing compact fusion power plants based on spherical tokamak designs. READ MORE...
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