Key findings of the study include:
* Universities are the primary source of fusion research and development (R&D). They conduct over 90% of all fusion R&D in the United States and Europe.
* Universities are also the primary source of fusion education. They offer over 200 fusion-related courses at the undergraduate and graduate levels.
* Universities provide the research infrastructure needed to advance fusion energy. They operate over 30 fusion research facilities, including some of the world's largest and most powerful fusion experiments.
The study concludes that universities are essential to the success of the fusion industry. They play a critical role in developing the technology, educating the workforce, and providing the research infrastructure needed to advance fusion energy.
Recommendations for universities:
The study makes several recommendations for universities to continue playing a leading role in the fusion industry. These recommendations include:
* Increase investment in fusion R&D.
* Expand fusion education programs.
* Partner with industry to accelerate fusion development.
* Share research results and data openly.
By following these recommendations, universities can help to ensure the success of the fusion industry and bring the promise of fusion energy to reality.
About the study:
The study was conducted by BCG over a six-month period. It included interviews with over 50 experts from universities, industry, and government. The study also analyzed data from a variety of sources, including government reports, industry surveys, and academic publications.
