Speaker
Description
Recent record results of fusion energy production, using both inertial and magnetic confinement, are the clearest demonstration of the potential for fusion energy to deliver a safe and sustainable low-carbon energy source. These breakthroughs indicate that the once-distant dream of harnessing controlled fusion within earth-based laboratories is now a reality. These advancements bring us one step closer in the quest of fusion energy for our society, which stands as our next paramount objective.
Thanks to these groundbreaking achievements, interest in fusion has grown enormously and industries and private investors have become part of the fusion effort. At the same time, the perception of urgency for sustainable energy has grown, driven by the realization of the urgency to fight climate change and by evolving social and economic conditions.
The integration of current fusion science and technology programs is imperative to tackle the remaining challenges for the deployment of fusion energy for society. While the ITER project continues to be a central focus, addressing critical open issues such as the validation of fusion materials, tritium breeding technologies, power exhaust management and integrated plasma reactor scenarios is essential for moving forward towards Fusion Power Plants. This will require continued innovation, multidisciplinary collaboration and persistent commitment. An overview of these challenges and opportunities to make our dreams a reality will be presented.
