Innovative breeding blanket designs to advance fusion energy
KIT’s Fusion Programme is developing innovative breeding blanket designs and advanced materials for fusion energy, addressing the challenges of material selection and performance in extreme environments to facilitate the transition to safe and efficient fusion power. At the Karlsruhe Institute of Technology (KIT), the Fusion Programme is navigating the complexities of extreme environments and utilising cutting-edge research to develop innovative breeding blanket designs and advanced materials essential for the successful implementation of fusion energy. KIT’s Fusion Programme drives the technological foundations for future fusion power plants by combining research excellence with system-level integration. It unites plant engineering, fuel cycle development, advanced materials, and plasma operation technologies within one coherent strategy. By leveraging unique infrastructures and strong cross-disciplinary expertise, KIT bridges fundamental research and industrial application. The programme supports the transition from experimental devices to safe, efficient, and industrially relevant fusion energy. At the same time, it trains the next generation of experts for research, industry, and regulatory bodies. How does KIT select materials for use in fusion? What properties are the most important, and what …








