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Polish scientists to develop AI bodyguards for ‘artificial suns’

Bartłomiej Jabłoński from the Łódź University of Technology is a doctoral candidate and a member of a team tasked to develop real-time image processing methods and investigate how to use machine learning and neural networks to protect and control devices that produce fusion plasma. Mr Jabłoński is the only Polish winner of this year’s EUROfusion Engineering Grant (EEG).

The EUROfusion organisation awarded 15 grants in the competition for projects solving scientific problems related to thermonuclear fusion. Researchers around the world are working on reactors producing energy from thermonuclear fusion, commonly referred to as ‘artificial suns’.

The supervisors of the grant, awarded to the doctoral candidate, are Dr. Dariusz Makowski and Dr. Wojciech Tylman from the Łódź University of Technology. The research will be carried out in cooperation with scientists from foreign centres, including Dr. Marcin Jakubowski from the Max Planck Institute for Plasma Physics in Greifswald, Germany, Dr. Raphael Mitteau from the CEA’s Nuclear Research Centre, and scientists from ITER France.

The scientists will be working on a system that will employ artificial intelligence to control plasma and secure tokamaks (magnetic confinement devices) and stellators (fusion power devices). As part of a three-year grant, the researchers will work on a system monitoring the production of fusion plasma.

“The developed image acquisition devices, algorithms and IT solutions will be practically tested in devices used to generate plasma and carry out controlled thermonuclear reactions in the Wendelstein 7-X stellarator, which is currently being launched in Germany, and in the WEST tokamak in France,” Dr. Dariusz Makowski from the Department of Microelectronics and Computer Science of the Łódź University of Technology said.

He added that the main objective of the project is to develop methods and algorithms for plasma control and machine protection using images from thermal imaging cameras for plasma discharges longer than 30 minutes.

The results of the project are crucial for future fusion devices such as the ITER tokamak under construction in France, or the DEMO fusion demonstration power plant under development that will produce electricity for commercial use.


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