Our Partners
Explore the labs, centers, schools, and institutes driving the UChicago ML landscape—where machine learning advances across disciplines and discoveries unfold.
ML Research at UChicago
At the University of Chicago, we advance AI through deep theoretical inquiry and interdisciplinary research—examining its impact on humanity, the economy, science, biology, and beyond. Our work connects foundational technologies with pressing societal questions, driven by a commitment to rigorous scholarship and the public good. Explore the ML Research at UChicago
ML Degree Programs at UChicago
The University of Chicago offers advanced graduate and doctoral programs that prepare students to lead in AI and machine learning. UChicago’s advanced degrees—including Data Science, Statistics, Computer Science, Applied Math, Neuroscience, and TTIC—foster interdisciplinary research and real-world impact in AI and machine learning. Explore the ML Degree programs at UChicago
Our ML Experts
Our growing ML community reflects a shared commitment to advancing thoughtful, impactful research and supporting the development of future leaders in AI.
NEWS
Quantum Materials, Built By AI Robot
Interdisciplinary UChicago research will use machine learning to create delicate, complicated quantum materials Atomically thin superconducting quantum materials extending to wafer scales are some of the most important, yet hard to fabricate, materials in the quantum...
Brain-inspired algorithm helps AI systems multitask and remember
Neuroscience lab improves computational model used for self-driving cars, image recognition Behind most of today’s artificial intelligence technologies, from self-driving cars to facial recognition and virtual assistants, lie artificial neural networks. Though based...
AI studies reveal the inner workings of short-term memory
Research shows how memory uses brain circuits, depending on complexity of task Research by neuroscientists at the University of Chicago shows that short-term or “working” memory uses networks of neurons in different ways depending on the complexity of the task at...