AI Energy & Climate

UF Researchers Use AI to Stabilize Fusion Energy

A team at the University of Florida is utilizing the HiPerGator supercomputer to predict plasma instabilities.

By Kronos News Desk··1 min read
A conceptual 3D rendering of a tokamak fusion reactor with glowing plasma inside, featuring digital overlays of data points and AI connectivity lines to represent predictive monitoring.

A conceptual 3D rendering of a tokamak fusion reactor with glowing plasma inside, featuring digital overlays of data points and AI connectivity lines to represent predictive monitoring.

Photo: Kronos News

Researchers at the University of Florida are using machine learning to address instabilities in fusion plasma [1]. The team employs the HiPerGator supercomputer to simulate complex events within tokamak reactors [1][2]. This technology aims to prevent "off-normal" behaviors that can damage equipment [2]. By predicting these instabilities, scientists move closer to achieving sustainable fusion energy [1]. The AI algorithms analyze datasets to identify patterns before disruptions occur [2]. This milestone highlights the role of high-performance computing in solving energy challenges [1][2].

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Kronos News Desk covers ai energy & climate and editorial analysis for Kronos News.