France's WEST Tokamak Sets New Fusion Record with Tungsten Technology

The tungsten-clad WEST tokamak in France achieved a breakthrough by sustaining a plasma at 50 million degrees Celsius for six minutes, marking a significant advance in fusion energy research.

The WEST reactor's recent experiment surpassed previous energy outputs by 15%, indicating improved efficiency and stability in fusion conditions.
Tungsten, used for its heat-resistant properties, is proving crucial in overcoming the challenges of sustaining super-hot plasmas.
Collaborative efforts at Princeton Plasma Physics Laboratory emphasize the role of advanced diagnostics in enhancing fusion reactor performance.
Researchers aim to apply insights gained from WEST to ITER, the next-generation tokamak under construction, which promises even greater advances.
The fusion community views these developments as pivotal in the pursuit of a clean, limitless energy source for the future.