News

Research outlines a new workflow for design and manufacturing, illustrated by two new methane-fighting materials

"Chemists are at the center of this [climate] revolution, and we have to keep playing a role,” CAMES director and ETI scholar Laura Gagliardi says.

Work revealing how water impacts carbon dioxide capture from air named Journal of the American Chemical Society “Editor’s Choice”

New research from the Center for Advanced Materials for Environmental Solutions (CAMES) demonstrates how close collaboration between theory and experiment can turn unexpected results into real-world climate solutions.

“Mismatches between simulations and experiments are not failures, but opportunities,” the researcher noted.

As part of a summer focused on research, mentorship, and community, SURF-CAMES fellows and researchers stepped away from the lab to take in a different kind of structure—those that define the Chicago skyline.

A recent visit to Numat Technologies provided an opportunity to exchange ideas, align goals, and explore the potential of translating cutting-edge research into real-world environmental impact.

The multidisciplinary Center develops materials with practical applications, like methane capture, water harvesting and CO2 conversion.

Last month, we celebrated our first 100 days as the University of Chicago’s flagship effort to address climate change while balancing society’s need for sustainable growth. In just these first few months, our young Institute has achieved major milestones that...

How charge and discharge rates chart a path for a powerful but problematic battery