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LEARNING WITH DIFFERENTIABLE PHYSICS PRIORS
Yiling Qiao - GAMMA
https://umd.zoom.us/j/5812269672?pwd=Wfyb6OqJwv9TYpUCTMxhJs8L1w7RYp.1&omn=99366114241
Thursday, November 5, 2026, 2:00-3:30 pm
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Abstract

Join Zoom Meeting https://umd.zoom.us/j/5812269672?pwd=Wfyb6OqJwv9TYpUCTMxhJs8L1w7RYp.1&omn=99366114241

Meeting ID: 581 226 9672 Passcode: 110526

We develop scalable and efficient differentiable physics simulators for rigid bodies, cloth, fluids, articulated systems, and deformable solids. 


Our methods achieve orders-of-magnitude speedups over existing approaches while maintaining accuracy and flexibility. 


These simulators enable solving inverse problems, training control policies, and advancing reinforcement learning.

Bio

Yiling Qiao earned a Ph.D. in Computer Science from the University of Maryland, College Park, advised by Prof. Ming Lin, and was a member of the GAMMA Group. His research focuses on physically based simulation, computer graphics, and machine learning, supported by the Meta PhD Fellowship (AR/VR Computer Graphics Track). He received the Larry S. Davis Dissertation Award.

As the VP of Research, he is currently leading R&D at Genesis AI on physics simulation and general-purpose robotics.

This talk is organized by Migo Gui