Kim, assistant professor of metallurgical and materials engineering, won the award as part of a multi-university team working on electrodeposition of nickel, cobalt
The findings, recently published in the journal Science, address one of the key durability challenges of the advanced solar cells, known for their high potential for significant power conversion efficiencies.
Colorado School of Mines teams had a great showing at the 2024 All in Steel competitions, taking the top prize in one challenge and runner-up in another.
The three federal awards boost funding for fuel cell and hydrogen technologies research at Mines, reflecting growing support in the U.S. for their potential to provide sustainable domestic energy with net zero emissions.
The CoorsTek Research Fellowship has brought 19 extraordinary PhD candidates to Colorado School of Mines since CoorsTek and the Coors family established it in 2014.
Terry Lowe, research professor in metallurgical and materials engineering at Colorado School of Mines, was awarded the 2023 Distinguished Engineering Alumni Medal from the University of California
If humans are going to establish a long-term presence on the Moon, they’ll need resources – and more than just water and oxygen. They’ll need metals, minerals and other materials sourced not only from Earth but also the lunar surface itself.
Funded by a National Science Foundation grant, a group of local high school teachers spend part of their summer break getting hands-on training in additive manufacturing.
At Mines, teams of researchers are working on the hydrogen problem — from developing electrolyzers to separate hydrogen from other energy sources to developing and testing the ceramic materials in fuel cells and making them commercially viable and cost-effective.
By Ashley Spurgeon, Special to Mines Research Magazine Electrolysis plays a significant role in sourcing hydrogen for use in fuel cells and other energy technologies. But the ceramic materials used in
