Research Magazine


Mines and the US Geological Survey are deepening their critical minerals partnership with a new shared research facility opening in 2027.
With expertise in critical minerals mining, policy, economics and community engagement, researchers at Colorado School of Mines are helping chart a path to strengthened national resilience and resource independence.
By Sarah Kuta, Special to Mines Research Magazine The energy transition is a major undertaking that requires collaboration from all corners of industry — from oil and gas to solar and wind. But some
Samy Wu Fung and Daniel McKenzie, both assistant professors of applied mathematics and statistics at Mines, are working together on optimization models that find efficient ways to deliver power.
Moving a robot from Point A to Point B is never the only problem within the complex real-world environments robots operate, Associate Professor Neil Dantam says.
Metallurgical and Materials Engineering and Mechanical Engineering faculty members are helping to redefine what's possible in aviation and space exploration.
Sociotechnical thinking is an essential component for integrating new energy solutions, says Mines Electrical Engineering Professor Katie Johnson.
Economics and Business' Ian Lange leads a federal subcommittee to examine the role of critical metals in transitional energy sources.
To meet critical mineral demand, the mining industry is adopting advanced technologies and new best practices that support a sustainable future.
Dorit Hammerling, associate professor of applied mathematics and statistics, co-founded the Energy Emissions Modeling and Data Lab to directly implement processes to detect and stop natural gas leaks.