Münchner Startup revolutionizes fusion power plants with AI technology!

Münchner Startup revolutionizes fusion power plants with AI technology!

The exciting world of core fusion receives an important thrust: The Munich startup Proxima Fusion receives more than 6.5 million euros in funding from the Federal Ministry of Education and Research (BMBF) in order to establish innovative research partnerships in progress technology together with the University of Bonn, the Jülich University and the Technical University of Munich (TUM), as on ots.at . The focus is on the development of Stellarator core power plants, which are intended to revolutionize energy production with the help of artificial intelligence (AI). The aim of the “Ai for Fusion Engineering” project is to create AI-based simulation tools that combine technical and physical data and thus optimize the development of this promising technology.

The project partners bring comprehensive expertise with them: from plasmaphysics to machine learning to computer science and optimization. This interdisciplinary collaboration is considered a key to dealing with the challenges in the development of the complex 3D structures of the actuarator. "Sentors represent the clearest and most robust path to commercially usable fusion energy," said Dr. Francesco Sciortino, co -founder and CEO of proxima fusion. The progress made by AI could reduce the costs and increase the reliability of the systems. Experts like Prof. Dr. Daniel Cremers from TUM underline the innovative strength of this cooperation by integrating modern optimization methods and machine learning into development.

mathematical optimization for engineering

In addition, mathematical optimization is an essential part of this research branch. According to the researchers of the Technical University of Munich , finding optimal solutions for technical and economic processes is a central challenge in many natural sciences. The developed algorithms can be used, for example, to optimize the efficiency of Stellarator components. Not only the energy efficiency of fusion power plants is improved, but also the challenges in daily practice, for example in the area of ​​the automotive and aviation industry. Experts emphasize the potential of these new AI-based technologies that can be used far beyond the nuclear fusion.

With this bundled expertise and financial support, the path to market -like functioning energy should be paved by the mid -2030s. Proxima fusion develops solutions that have the potential to transform global energy supply with the help of safe and sustainable fusion power plants.