To identify critical needs, develop the rationale and content for a public program in fusion magnet R&D that supports broadly the deployment of affordable and reliable fusion energy systems that complement and de-risk promising configurations on a timeline consistent with FPP initiatives and beyond
Desired Outcomes
Establish a public program in fusion magnet R&D that supports critical needs identified by private sectors and develop supporting programs with long term vision that complements private efforts
Develop the rationale for test facilities that serve the whole Public-Private Partnerships
Identify other opportunities such as synergies and complementarity with HEP, high field magnets that open for all science drives
Develop a fusion magnet educational program that can generate a trained and essential workforce by leveraging capabilities of universities, national labs, and fusion industry
Develop a roadmap for a self-consistent R&D program in support of FPP and beyond
Thoughts and Questions after Day 1
Purpose of a public fusion magnet program & its road map is not to duplicate but complement the milestone program and the technology maps that they develop
Clear need for test facilities but the time scales are often long
What are some near term capabilities that could be brought together in the near-term to meet community needs?
Discussion mentioned the use of a blanket CRADA between companies and a specific DOE office as way to expedite agreements between companies and national labs
What does this look like at the university level? Are there comparable issues?
Work development has highlighted on several levels. What are best practices in other government programs that would support grad students for their careers?
Scientists/engineers/technicians
Would a senior design/competition that is directed by DOE or other entity be effective and stimulating engagement.