A key element in cold plate design is gallium arsenide, a semiconductor similar to silicon. For the laser cooling to work effectively, the gallium arsenide needs to be incredibly pure and grown in ...

Others include pipes that carry a stream of liquid coolants that absorb heat and disperse it outside the datacenter. Maxwell Labs proposes to make cold plates out of gallium arsenide, a material that ...

is working with the University of Cambridge to develop lightweight thin-film gallium arsenide photovoltaics for Constant Aperture, Solid-State, Integrated, Orbital Phased Array (Cassiopeia), a ...

Sandia brings to the collaboration specialized expertise in working with a material called gallium arsenide. It is a semiconductor like silicon, and it makes up most of Maxwell’s cold plate design.

A statement released by the Ministry of Industry and Construction of Kazakhstan on Telegram stated that the rare earth mine, named ZK (Zhana Kazakhstan), is located approximately 420 kilometers (261 ...

Since mineralization of the rare-earth elements in these deposits occurs via their easily leachable adsorption onto clay minerals, their alternate capture by insoluble rhabdophane is detrimental ...

Trump's tariffs could hinder America's AI companies with higher data center costs. Getty Images Donald Trump’s administration has gone all-in on AI: A day after his inauguration, the newly ...

"As of today, this is the largest rare earths deposit" in Kazakhstan, a spokesperson for the industry ministry told AFP. The deposit – in central Kazakhstan's Karaganda region – contains cerium, ...

In a statement on Telegram, the ministry said that the Zhana Kazakhstan site, which is 420 km (261 miles) from the country’s capital, contained neodymium, cerium, lanthanum and yttrium ...

The deposit - in central Kazakhstan's Karaganda region - contains cerium, lanthanum, neodymium, and yttrium, they said. The announcement of the find comes on the eve of the first EU-Central Asia ...