Start-ups say we’re closer than ever to near-limitless, zero-carbon energy from fusion. When will we get there?

A Seattle-based company has unveiled its new nuclear fusion prototype with the goal of delivering commercially viable fusion energy as soon as possible. Zap Energy revealed its Century device ...

The movements of the planets in the Solar System are pretty difficult to get your head around, even before we get started on ...

And with this test, its engineers have shown that a theoretical advantage of fourth-generation reactors works in practice. It ...

According to the latest Global Carbon Budget report from the Global Carbon Project, carbon emissions from fossil fuels have ...

Japan’s nuclear watchdog has formally disqualified a reactor in the country’s north-central region from starting The Latest Amid the energy transition away from fossil fuels, nuclear power's ...

Satellite images and public documents helped identify likely carrier project There have long been rumors that China is planning to build a nuclear-powered aircraft carrier, but the research by the ...

A Seattle-based company has unveiled its new nuclear fusion prototype with the goal of delivering commercially viable fusion energy as soon as possible. Zap Energy revealed its Century device, which ...

“Operating a nuclear-powered aircraft carrier is an exclusive club, one that China looks set to join.” Drawing on satellite images and public documents including project tenders, personnel ...

The Trump campaign has vowed to pull the U.S. out of the Paris accord, but China has become a global champion of renewable ...

The International Thermonuclear Experimental Reactor (ITER) will be relying on tungsten as its plasma-facing material, but a new study explores whether other candidates could perform even better.