News

The University of Chicago, Chicago State University, and the University of Illinois Chicago received a $4.8 million grant from the NIH BRAIN Initiative to build a faster microscope for mapping all the connections in the brain.

In a new episode of the Big Brains podcast, Prof. Wendy Freedman explains the conflicting research surrounding the Hubble constant and the Standard Model of physics.

UChicago researchers have discovered how a key gene involved in cancer works—which both suggests new treatment options and furthers our understanding of gene expression itself.

Congrats to John Jumper, SM'12, PhD'17, who was awarded a share of the 2024 Nobel Prize in Chemistry for his work creating an AI model called AlphaFold that predicts the structures of proteins. 

Jumper studied with Karl Freed, Henry G. Gale Distinguished Professor Emeritus of Chemistry and member of the James Franck Institute; and Tobin Sosnick, William B. Graham Professor of Biochemistry and Molecular Biology and member of the Institute for Biophysical Dynamics.

Jumper becomes the 100th scholar associated with UChicago to receive a Nobel Prize!

In a major breakthrough, scientists have spotted elusive neutrinos for the first time using the Short-Baseline Near Detector (SBND) at the Fermi National Accelerator Laboratory (Fermilab). UChicago Prof. David Schmitz commented on the significant impact of this research.

In an effort to further pursue interdisciplinary research, the DSI announced three new exciting initiatives: AI for Climate (AICE), Data Ecology, and Complementary AI. Read more about the vision and objectives of each of these initiatives.
 

In a new paper, researchers from the Departments of Computer Science and Political Science and the Harris School of Public Policy collaborated to show how Trump’s use of language is truly distinctive.

In this new edition of the Explainer Series, learn about dark energy and how UChicago scholars have pioneered research in this field, starting with UChicago astrophysicist Michael Turner, who coined the term in 1998, all the way to current groundbreaking research.

Entrepreneurs are exploring the potential of using pollutants to combat climate change. In response, scientists are expanding research into stratospheric solar geoengineering, with UChicago recently launching an ambitious new program.

Among the projects seeking to expand the reach of quantum technology research, the Chicago Quantum Exchange stands out. In this interview, UChicago's David Awschalom, founding director of the Chicago Quantum Exchange, talks about the origins of this project and its ambitions to position Chicago at the forefront of quantum technology.

A new study co-authored by UChicago Assistant Prof. Harley Katz uncovered a galaxy from the early universe where gas may shine brighter than its stars. Using the James Webb Space Telescope, scientists found that this galaxy may help explain how the first stars and galaxies formed.

Physicists at CERN report the first observations of quantum entanglement in quarks. A key contributor to this discovery was UChicago physicist Yoav Afik, who helped develop a method to measure entanglement in top quarks.

Computer Science Asst. Prof. Raul Castro Fernandez and Law School Asst. Prof. Bridget Fahey are developing a new field of cross-disciplinary study on what they call “data ecology.”

A state law in California will require companies to develop technology by 2026 to distinguish between real images and AI-generated fakes. UChicago Assistant Professor Aloni Cohen, an expert in AI watermarking, comments on the feasibility of these technologies.

In this podcast episode, UChicago Professor Nick Feamster discusses how his teams at the Internet Equity Initiative and NetMicroscope are using data analytics to provide insight into regional network performance, application quality, and how to improve network automation.