Research

Award advances the development of CTV III Carbon Storage Project in California

“This is a once-in-a-lifetime opportunity for Colorado and all of the Elevate Quantum partners, and the nation is looking to us to accelerate growth of the quantum technology industry and economy,” said Dr. Paul C. Johnson, president of Mines.

“We are thrilled to be taking the relationship between Mines and Idaho National Laboratory to productive new heights that build on our research strengths and shared vision to create synergy in the national interest,” said Walter G. Copan, Mines vice president for research and technology transfer.

The U.S. needs to stay competitive in quantum—and Mines is a key player in Elevate Quantum's bid to be a global leader in the field.

Hickenlooper proposes national leadership and innovation for clean and responsible critical mineral sourcing

In her testimony, Associate Professor Elizabeth Holley discussed Mines’ vision for the “mining of the future,” which aligns with students’ interest in environmental stewardship, innovation and social impact.

Dr. Nikki Farnsworth, assistant professor of chemical and biological engineering, will use biomaterials to mimic the environment of the pancreas and study insulin secretion from pancreatic islets in both health and Type 1 diabetes.

Physics PhD student Drew Marino will be working with the world’s top expert in Superconducting Tunnel Junction detectors.

Colorado School of Mines is part of the regional consortium receiving federal funding — as well as $84 million in matching state support and $1 billion in private capital — to support efforts to strengthen the quantum workforce over the next decade.

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.