News

“Quantum sound” will aid the searches for both nuclear weapons and dark matter.

Tools like Glaze and Nightshade aim to muddle AI training, while lawsuits and legislation target AI companies directly. But researchers warn defenses may never fully hold.

Astronomers spotted the brightest FRB yet, “RBFLOAT”, traced to galaxy NGC 4141. The CHIME study pinpointed its origin with new Outriggers tech.

Introducing the next generation of international, interdisciplinary researchers to AI-enabled scientific discovery.

At the Summer 2025 Master’s in Applied Data Science Capstone Showcase, 18 teams tackled real-world problems with advanced data science, with winning projects in energy, healthcare, and agriculture.

Students shared findings from eight weeks of discovery and development.

The Department of Computer Science and Data Science Institute hold indispensable roles at the University, enriching the broader intellectual environment while offering meaningful benefits to both students and faculty.

UChicago alum John Paparrizos won the SIGMOD Test-of-Time Award for his k-Shape algorithm, advancing time series data analysis across fields like healthcare and finance.

Study reveals how cells run complex computations without a brain, challenging traditional engineering principles.

UChicago astrophysicists’ physics-based models suggest dark energy may be evolving.

A series of free public talks will examine the science, technologies, and policy implications behind large-scale interventions such as sunlight reflection methods (SRM), open-systems carbon removal, and glacial preservation. The series will feature leading researchers from the University of Chicago’s Climate Systems Engineering initiative (CSEi) and runs every Saturday morning at 11 a.m. from October 4 to November 22, 2025.

Please welcome the faculty joining the Physical Sciences Division in the ’25–26 academic year.

The monthly series bridges research and practical applications between industry, community, academia, and the public sector.

Giulia Gallia and Argonne scientists develop a computational method to design molecular qubits with precision, paving the way for advanced quantum technologies.

Dmitri Talapin and John Anderson honored for their pioneering contributions to chemistry.