DIII-D Reactor as a Vital Bridge to Commercial Fusion Energy
Speakers
About Session
This session provided participants with insights into the operation of a modern tokamak as an integrated system, highlighting the coordination of plasma physics, engineering, diagnostics, and control mechanisms required for successful fusion experiments. The discussion emphasized the continued importance of medium-scale tokamaks in advancing reactor development by enabling the testing and validation of critical technologies and operational scenarios. Participants also gained an understanding of how the physical learnings and experimental outcomes from devices such as DIII-D contribute to commercial fusion progress through validated scaling laws, predictive modeling, and integrated scenario development for future fusion reactors.
Key Highlights
- Understand how a modern tokamak is operated as an integrated system
- Recognize why medium-scale tokamaks remain essential to reactor development
- Appreciate how physical understanding from devices like DIII-D becomes commercially relevant through validated scaling, modelling, and integrated scenario development
Who Should Attend
This Masterclass will benefit students, researchers, and faculty from diverse fields including physics, materials science, electrical and mechanical engineering, and energy systems. It will also interest professionals from renewable energy, advanced materials, and technology sectors who wish to understand how fusion research could shape future energy solutions. Policymakers, R&D leaders, and industry stakeholders engaged in science and technology strategy will find valuable insights on aligning academic innovation, industrial development, and policy direction toward India’s and the world’s fusion mission.