Colorado School of Mines was the only Colorado university to receive 4.5 stars or make any of Money magazine’s “best of” lists. in Money's latest ranking, Mines was recognized as one of the best colleges in the west as well as one of the best public colleges in the U.S.

Enrique Chon, a geologist with the Colorado Geological Survey located at Colorado School of Mines, explains why it's so difficult to predict the size of a tsunami. The wave generated by the recent Russian earthquake wasn't nearly as big as feared.

Elizabeth Reddy, assistant professor in the Department of Engineering, Design and Society, is quoted expressing her disappointment that Google's earthquake early warning system failed to accurately alert people during Turkey's deadly quake of 2023.

Rod Eggert, research professor of Economics and Business, says that the likelihood of any of the new U.S. rare earth projects reaching the production stage is low because of the challenges inherent in the arena.

Colorado high school teachers demonstrate their newly-learned robotics skills after completing a 6 week course at Mines on robotics and AI.

Corby Anderson, professor of mining engineering, said in terms of deep sea mining for critical minerals the U.S. is decades behind China, and it’s going to be very hard to catch up.

Rod Eggert, research professor of economics and business, explains that China's attempt to clean up the mining and processing of rare earths ironically resulted in a black market for less expensive rare earths that were smuggled out of the country. These smuggled rare earths were obtained and processed with little regard for the environment.

Mines doctoral student Connor Denney and recent Mines graduate Logan Pauli are among the founders of a new firm focused on making quantum amplifiers. The company will soon move to Quantum Commons, a 70-acre business park in Arvada managed by the consortium Elevate Quantum.

Morgan Bazilian, director of the Payne Institute for Public Policy, says the U.S. government's decision to invest in creating a domestic supply chain for rare earth minerals is a game changer.

Mines PFAS researchers are investigating how to capture and destroy PFAS "forever chemicals" on the Peterson Space Force Base in Colorado Springs. The material being analyzed and processed is drawn from a containment pond on the base property. A host of different technologies are being used by the researchers to deal with the stubborn PFAS materials.

Richard Luarkie, director of the Native American Mining and Energy Sovereignty program at the Payne Institute for Public Policy, envisions a future where tribes and the U.S. government can work together toward a positive energy future for tribes and the country generally.

Chris Higgins, AMAX Chair of Civil and Environmental Engineering, and a host of other Mines PFAS experts, hosted a PFAS media event at the Peterson Space Force Base in Colorado Springs. The Mines officials explained the work being done at the base to discover the best way to capture and destroy the "forever chemicals."