Revolutionizing Nuclear Fusion with Magnetic Control and Reinforcement Learning with Dr. Felici

Science Society by Catarina Cunha

Episode notes

In this insightful episode, we're delighted to welcome Dr. Felici, an innovator pushing the boundaries of sustainable energy production through nuclear fusion. Dr. Felici introduces us to the complex world of magnetic confinement in tokamak configurations, highlighting the promise and challenges this path toward sustainable energy presents.

One of the core challenges in this field is shaping and maintaining high-temperature plasma within the tokamak vessel. Dr. Felici discusses the necessity of high-dimensional, high-frequency, closed-loop control using magnetic actuator coils and the complications posed by diverse requirements across a wide range of plasma configurations.

Delving into his groundbreaking work, Dr. Felici introduces an autonomous learning architecture for tokamak magnetic controller design. This approach elegantly meet ... 

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Keywords
nuclear fusionmagnetic confinementtokamakhigh temperature plasmahigh dimensional controlclosed loop controlmagnetic actuator coilsplasma configurationsfeedback controltokamak à configuration variable