News

Researchers used computer models to see what would have happened had scientists caused marine cloud brightening in the face of strong past El Niños.

Integrating artificial intelligence of varying capacities may outshine investing in the most powerful models. Op-ed co-authored by Robert Grossman, the Frederick H. Rawson Distinguished Service Professor in Medicine and Computer Science and the Jim and Karen Frank Director of the Center for Translational Data Science at the University of Chicago.

The frequency of extreme weather events can be predicted more accurately than presently possible by combining artificial intelligence (AI) with physical climate modelling, using a protocol called rare-event sampling. Researchers used the approach to model extreme heat events such as the one currently roasting Europe, but they believe it could also be applicable to many other extreme events in climate science.

A few million years after the Big Bang, a nearly pure star formed within the ancient gas clouds of the Large Magellanic Cloud. This satellite galaxy currently orbits the Milky Way. The star formed primarily from primordial hydrogen and helium gas before early supernova explosions could enrich the local universe with heavier metallic elements. Billions of years later, ten undergraduate students at the University of Chicago identified the rare celestial object within an astronomical data archive.

Stuart Rowan, the Director of UChicago PME’s Institute for Materials and Sustainability (IMS), the Barry L. MacLean Professor for Molecular Engineering Innovation and Enterprise, and Professor of Chemistry, has been named Interim Dean of UChicago PME.

New cosmic census, led by Argonne and UChicago, shows how universe grew and changed.

New research reveals how high school students are adapting to the classroom arrival of AI tools like ChatGPT, facing fragmented policies and unclear boundaries.

Introducing a new generation of interdisciplinary trainees to the expanding field of AI+Science, Schmidt Fellows, organizers, and speakers built a community across disciplines and institutions.

W. M. Keck Foundation awarded UChicago $1.3M for the project, “Non-Reciprocal Matter,” led by Heinrich Jaeger, the Sewell Avery Distinguished Service Professor in Physics, the James Franck Institute, and the College.

Biennial conference is aimed at democratizing quantum technologies and opportunities.

New simulations reveal that Jupiter contains significantly more oxygen than the Sun, offering fresh clues about how the giant planet, and the early solar system, formed.

A UChicago research team created a nanoplasmonic material that harvests light energy for biomedical sensing and stimulation.

Prof. Laura Gagliardi on pivotal moments in US chemistry.

Stuart Rowan will serve as the new leader, while the Founding Faculty Director Shirley Meng will continue leading the Energy Transition Network.

A new study finds that storing cold water used to cool data centers underground could increase IT power capacity by 9.8 percent across three U.S. markets, with gains as high as 11 percent in Arizona's hot, dry climate.