News: Research

The Levin Lab solves longstanding selectivity problem in the synthesis of complex pyrazoles, which has troubled medicinal chemists.

Statistics and DSI professor David Biron teams up with the Weizmann Lab and other researchers to understand prosody, the music of speech. 

Argonne Laboratory helps develop Quantinuum’s 56-bit trapped-ion computer, which has succeeded in demonstrating randomness in quantum circuits to establish secure, private connections.

The Data Science Institute and Google are partnering to launch new research to address security, privacy, and digital safety within artificial intelligence. 

The Tech-for-Good Careers event highlighted ways UChicago faculty, staff, and students are leveraging data science for social good.
 

New study explores how workers are using large language models and what it means for science organizations.
 

A publication from the Chuan He lab has been selected as one of Nature Magazine's "Top 25 Life and Biological Sciences Articles of 2024."
 

IBM and the University of Chicago are deepening their partnership to accelerate quantum computing advancements, with significant implications for disciplines like chemistry.

A novel bioelectronic approach by the Bozhi Tian Group uses nanocatalysts to pre-condition cells against stress.

Interdisciplinary UChicago research will use machine learning to create delicate, complicated quantum materials.

Researchers and enthusiasts from the Great Lakes region gathered at the University of Chicago for a day of engaging talks, networking, and collaboration in the inaugural Great Lakes Graphics Workshop organized by the 3DL Lab.
 

Professor Heinrich Jaeger contributes to the creation of thin, flexible sheets of self-assembled nanoparticles of magnetite that can be lifted and bent using an external magnetic field.

Physics postdoc Anthony Badea leads research on the creation of quark-gluon plasma believed to have filled the universe in the microseconds after the Big Bang. 

PhD candidate Jas Brooks leads a study that developed an innovative nasal interface to alter the perceived ease of breathing.

A new study by University of Chicago chemists shows how to quickly and easily make variations on a type of molecules called pyrazoles, which are often used in drug development.