The LaserFusion Consortium successfully concluded its inaugural Intensive Program (IP1) on “Physics and Technology of Inertial Fusion Energy” on July 25, 2025, at the University of Bordeaux. This landmark event, which ran from July 15-25, marked a significant achievement for the project, bringing together 18 selected students and leading experts from across Europe for an immersive educational experience.

Over ten intensive days, the program provided a comprehensive journey through the field of inertial fusion. The curriculum seamlessly blended core theoretical lectures with hands-on practical sessions and specialized seminars, covering topics from fundamental plasma physics to advanced laser-plasma interaction diagnostics.

A highlight of the program was a visit to the Laser Mégajoule (LMJ) facility, offering participants a unique, behind-the-scenes look at one of the world’s most powerful laser systems and its critical role in fusion research.

The academic program was steered by a core pedagogical team from the host institution, the University of Bordeaux, comprising Professor João Jorge Santos, Professor Dimitri Batani, and Professor Emmanuel d’Humières. Their efforts were complemented by dedicated seminars from renowned experts representing the entire consortium, ensuring a rich and diverse learning experience.

The 18 participants, selected from a competitive pool of applicants from the partner institutions, underwent initial assessments and a series of final evaluations, demonstrating a significant advancement in their understanding of the subject matter. Their valuable feedback, gathered through a comprehensive survey, will be instrumental in shaping future LaserFusion training initiatives.

By equipping these future scientists with deep technical knowledge and a powerful professional network, the LaserFusion consortium has taken a decisive step toward its goal of strengthening European capacity in inertial fusion research. The conclusion of IP1 is not an end, but a beginning—the start of a new wave of innovation driven by a connected and highly skilled generation of researchers.