Abstract Scope |
Progress on the technical feasibility of fusion energy, together with the world-wide call for carbon-free, sustainable, environmentally friendly sources of energy have put fusion in the spotlight. The recently completed Fusion Energy Sciences Advisory Committee long-range plan for US fusion and the National Academy of Sciences and Engineering fusion energy report point to the readiness and need for a fusion pilot plant around 2040, while clearly identifying gaps that need to be filled to meet that admittedly aggressive date. A key gap that must be filled is the development and qualification of materials that will function reliably (important for both acceptable basic function and economics – essential for a successful pilot plant) in the harsh fusion environment. This talk will focus on progress towards that goal, emphasizing areas urgently needing attention. |