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At Colorado School of Mines, experts are solving real-world problems in critical minerals exploration by leveraging cutting-edge technologies.

A Colorado School of Mines study finds climate change made the 2026 Western U.S. snow drought four times more likely, with major water supply impacts.

Acoustic levitation is powering FUSE, a student-developed system at Colorado School of Mines that could accelerate materials synthesis while reducing contamination.

By putting "silly sprinklers" in reverse, researchers have solved Feynman's sprinkler problem to unlock new secrets of fluid dynamics and physics.

Data centers are driving unprecedented electricity demand. Colorado School of Mines experts provide insight on AI, power grids and energy.

Colorado School of Mines President Paul C. Johnson breaks down why Mines leads on critical minerals research, from new campus investments to the alumni network shaping national mineral strategy.

Two Colorado School of Mines students have been named 2026 Astronaut Scholars

Mines graduate Jim Ashe oversees the massive construction projects and repairs keeping the Washington D.C. transit network safe and reliable.

Prospective engineering students can leverage Colorado Mountain College coursework to unlock a clear, guaranteed roadmap into Colorado School of Mines.

NSF CAREER Award recipient Alexander Pak advances research on biological systems, using AI to better understand and predict protein self-assembly.