FP3 brings together leading Swedish universities with complementary expertise in fusion plasma physics, materials science, and advanced modelling. The collaboration forms a national platform supporting research, education, and long-term capacity building in fusion power plant development.
Chalmers University of Technology
Role: Project coordinator and core partner
Chalmers leads the FP3 project and plays a central role in the development of integrated plasma modelling tools and platform coordination. The university contributes expertise in plasma physics, numerical modelling, machine learning, and fusion reactor studies, and is responsible for maintaining and extending key simulation frameworks used within the project.
KTH Royal Institute of Technology
Role: Core research partner
KTH contributes strong expertise in fusion plasma physics, magnetohydrodynamics, and experimental analysis. Within FP3, KTH is a key partner in the development of advanced pedestal and edge plasma models and in linking experimental data to predictive simulation tools for future fusion reactors.
Uppsala University
Role: Core research partner
Uppsala University contributes expertise in materials science and plasma–wall interactions. The university plays a central role in studying material degradation, surface modification, and diagnostics relevant to fusion reactor environments, providing critical input to integrated reactor modelling and design.