Commonwealth Fusion Systems signed the largest high-temperature superconductor deal of its kind with a Japanese producer. HTS tape enables compact, cheaper magnets, moving its tokamak toward commercial reality. #Fusion#Nuclear#CleanEnergyhttps://t.co/6PtdEdYFXt
MIT researchers have developed a lower-energy method to extract high-purity hydrogen from ammonia, potentially addressing a major cost barrier. Traditional ammonia cracking requires temperatures above 500°C. #Hydrogen#CleanEnergy#MIT
Fusion has moved from proving the science to proving the economics. MIT says commercial success now depends on whether fusion plants can generate more financial value than they cost to build and operate. #NuclearFusion#CleanEnergy#Energy#Nuclear
AI isn't just driving electricity demand—it could also transform clean energy innovation. Researchers are using large language models to discover new battery materials, fusion components, and metal alloys in weeks instead of years. #AI#CleanEnergy#Nuclear#Innovation
