Game-changing Engineering
summary
Small 60-person team uses AI-driven simulation and automation to generate 600,000 design variants and iterate hardware in months, not years, producing a working stellarator-style accelerator within 18 months and a peer-reviewed integrated design. Work relies on Max Planck facilities and European suppliers like Bilfinger. Concrete roadmap targets magnet demonstration 2027 (novel superconducting, heavily curved coils) and a steady-state fusion machine 2031, aiming for a first-of-a-kind power plant in the late 2030s.
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chapters (7)
- 0:00Introduction
- 1:29New engineering process for stellarators
- 4:17Automating design with ML
- 6:22Learning from F1 and robotics
- 8:50Simulation-driven fusion engineering
- 10:57Europe's manufacturing networks
- 13:20Proxima Fusion milestones
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