Experimental fusion facilities have recorded a critical operational milestone, maintaining high-beta plasma stability for over ten consecutive minutes using real-time machine learning feedback loops.
Mitigating Magnetohydrodynamic Instabilities
Plasma disruptions present the primary physical barrier to continuous fusion power generation. The new control architecture predicts tearing-mode instabilities milliseconds before occurrence, adjusting auxiliary heating and magnetic field coils dynamically.
Implications for Commercial Reactor Engineering
Sustaining steady-state plasma without structural thermal fatigue allows engineers to validate heat-exhaust materials under continuous reactor-grade power loads, accelerating commercial plant design timelines.