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The Experimental Advanced Superconducting Tokamak (EAST) in China has achieved a major step toward nuclear fusion power.

In 2026, the Moon is a strategic resource frontier. Lunar Helium-3 mining could soon become a reality and power the next energy revolution.

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.

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.

Oak Ridge National Laboratory and Kyoto Fusioneering collaborate to speed up the development of systems needed for commercial fusion power plants.

This initiative combines artificial intelligence with powerful computers to overcome delays in simulations, helping advance clean fusion power for future energy needs.

Partnership builds powerful site to evaluate components under extreme heat for future clean power plants, boosting U.S. innovation in East Tennessee.

Researchers advance heavy ion beam probe technique to capture dynamic changes in high-temperature plasma for better fusion energy control.