Rare earths are minerals used to make magnets crucial to the auto, electronic and defence industries, as well as in renewable energy. The US Treasury Secretary slammed export curbs imposed by Beijing ...

The airy campus usually supplies China’s BYD and America’s Tesla, the world’s two biggest manufacturers of electric cars, ...

However, each kilogram of hydrogen produces only around 0.3 watts of power because the “cross section of reaction” (how likely the hydrogen atoms are to fuse) is tiny. The Sun, however, is enormous ...

An engineering firm tore down an electric motor from the Tesla Cybertruck and Chevy Equinox—how the automakers approach ...

A boom in new companies and billions of dollars in private investment could make fusion power a reality in the coming decade.

In this fascinating tutorial, learn step-by-step how to make a small AC generator using magnet energy. Discover the ...

Sometimes even lightbulbs need a good cleaning. Here's everything you need to know about cleaning both filament bulbs and LED ...

A new University of Michigan study offers one of the most detailed pictures so far of how violent sun storms spread across ...

A new kind of shape-shifting material can twist, bend, and snap into more than a dozen three-dimensional forms—no motors or ...

Driven by tech dollars and demand, nuclear fusion might soon be available to power artificial intelligence. To get a sense of ...

Kyoto Fusioneering is developing two next-generation breeder-blanket structural materials. One is a family of vanadium alloys ...

They’re harnessing it to help directors prepare, debate, and decide. by Stanislav Shekshnia and Valery Yakubovich In 2014 Hong Kong–based Deep Knowledge Ventures formally appointed an algorithm to its ...