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Researchers create a predictive model to avoid damage during tokamak rampdowns, advancing reliable fusion energy production.

New AI tool Diag2Diag improves plasma monitoring for reliable, cost-effective fusion energy systems.

Agencies commit to developing a fission surface power system for the Moon by 2030, enabling sustained missions and future Mars exploration through reliable energy.

Wendelstein 7-X sets a new world record for long plasma durations, advancing stellarator technology for future fusion power plants.

DuctGPT combines physics modeling and conversational artificial intelligence to rapidly predict alloys suitable for the extreme conditions in fusion reactors.

Private companies and governments pour billions into fusion energy as new magnets, supercomputing, and prototypes bring commercial power plants closer to reality.

New directive aims to develop lunar nuclear power to support future missions and compete with China and Russia by the mid-2030s.

The Bill Gates-backed startup aims to build smaller, advanced reactors that could make nuclear power cheaper and safer, helping meet growing electricity demands while fighting climate change.

Computer models now match experiments on particle flow in tokamaks, aiding better designs for future power plants.