| Academic Lectures |
Nuclear Engineering Seminar, 4 pm Wed. April 22, HH202
Department / Organization: Nuclear Science and Engineering The Fusion Energy Landscape: From Physics Milestones to Commercial Reality, Dr. Ahmed Diallo, Princeton Plasma Physics Lab
Nuclear Science and Engineering Seminar The Fusion Energy Landscape: From Physics Milestones to Commercial Reality Dr. Ahmed Diallo, Princeton Plasma Physics Laboratory 4 pm Wednesday April 22, 2026 Hill Hall 202 The global fusion energy program is entering a pivotal decade. Over thirty private companies and multiple national programs are pursuing three broad confinement approaches — magnetic (MFE), inertial (IFE), and magneto-inertial (MIF) — with first-of-kind power plants targeted between 2030 and 2040. High-temperature superconducting magnets, advanced divertor concepts, and AI-driven plasma control are compressing the timeline from laboratory demonstration to pilot plant. Yet the path to commercial electricity hinges on challenges beyond the plasma: material supply chains for critical components such as enriched 6Li, REBCO tape, and nuclear-grade breeding blankets remain immature, and several key investment decision windows are already closing. This seminar surveys the current fusion landscape — the physics basis, competing reactor concepts, private-sector momentum, and the supply-chain bottlenecks that will ultimately determine where additional efforts are needed for commercial fusion energy. For more information, send email to: jshafer@mines.edu Published in Digest Date: Friday, April 17, 2026 |
