Headshot of Stephanie Palmer.

Stephanie Palmer

Associate professor of organismal biology and anatomy
University of Chicago

Stephanie Palmer is associate professor of organismal biology and anatomy and of physics at the University of Chicago. Her research focuses on questions at the interface of neuroscience and statistical physics, exploring how the visual system processes incoming information to make fast and accurate predictions about the future positions of moving objects in the environment.

She is part of the leadership teams for two new major efforts in Chicago at the interface of biology, physics and mathematics: The National Science Foundation Physics Frontier Center for Living Systems at the University of Chicago and the NSF-Simons Institute for Theory and Mathematics in Biology.

Palmer has been teaching chemistry, physics, math and biology to a wide range of students since her undergraduate years at Michigan State University. At the University of Chicago, she founded the Brains! Program, which brings local middle-school students and science teachers from the South Side of Chicago to her lab to learn hands-on neuroscience.

Palmer has a Ph.D. in theoretical physics from Oxford University, where she was a Rhodes Scholar. She was named an Alfred P. Sloan Foundation Fellow in 2015, and she was granted a CAREER award from the National Science Foundation in 2017.

Explore more from The Transmitter

Two heatmap-like mouse silhouettes overlaid with a grid of ones and zeroes.

How artificial agents can help us understand social recognition

Neuroscience is chasing the complexity of social behavior, yet we have not answered the simplest question in the chain: How does a brain know “who is who”? Emerging multi-agent artificial intelligence may help accelerate our understanding of this fundamental computation.

By Eunji Kong
16 January 2026 | 5 min read
Brain network maps creating using lesion network mapping.

Methodological flaw may upend network mapping tool

The lesion network mapping method, used to identify disease-specific brain networks for clinical stimulation, produces a nearly identical network map for any given condition, according to a new study.

By Angie Voyles Askham
15 January 2026 | 7 min read
Crowd seen from above.

Common and rare variants shape distinct genetic architecture of autism in African Americans

Certain gene variants may have greater weight in determining autism likelihood for some populations, a new study shows.

By Laura Dattaro
15 January 2026 | 5 min read

privacy consent banner

Privacy Preference

We use cookies to provide you with the best online experience. By clicking “Accept All,” you help us understand how our site is used and enhance its performance. You can change your choice at any time. To learn more, please visit our Privacy Policy.