Perhaps most importantly, Germany developed gas centrifuges, which are more efficient than calutrons and gaseous diffusion ...

I came from spending a couple of years in the lithium for EV battery space. I would love to think that maybe we eventually have a tritium-deuterium fuel cell, a fusion-powered car. But, I mean, we’re ...

Reactors typically use a small amount of heavy hydrogen fuel, like deuterium and tritium ... A component of Xcimer’s Phoenix laser system called a pulse compression cell. Visual: Xcimer Energy A ...

In this scheme, long pulse drive lasers compress a DT fuel capsule, then a high intensity laser pulse ... spherical pellet made of Deuterium and Tritium (DT) is uniformly shined by a number of laser ...

ZeroAvia has announced that its SuperStack Flex highly-customizable LTPEM fuel cell architecture has achieved over 1.0kW/kg specific net power at a full syste ...

Toyota said it designed the 3rd Gen System for commercial vehicles, passenger cars, stationary power generators, rail, and ...

Deuterium also stands in for tritium in experiments In a commercial fusion system, the fuel will likely be made of deuterium and tritium, which are both forms of hydrogen. Tritium is radioactive ...