Minchen Li

Papers

Total Citations

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About

Minchen Li is a pioneering researcher at the intersection of robotics, computer graphics, and computational mechanics, whose work fundamentally advances how we simulate and design complex physical systems. His primary research areas include robotic locomotion, deformable body simulation, and contact mechanics. Li’s most significant contribution is the development of the Incremental Potential Contact (IPC) model, a breakthrough that guarantees intersection-free, stable, and accurate resolution of frictional contact in simulations. This work, featured in his highly cited papers on robust elastodynamics and the Midas robotics simulator, has become foundational for both computer animation and robotics engineering. His impact is demonstrated through citations across multiple high-impact papers, including the Midas framework (3 citations) and his robust simulation work (4 citations), which are essential references for researchers tackling contact-rich manipulation and locomotion. Notably, Li also explores innovative hardware-software co-design, as seen in his work on the Bistable Aerial Transformer (BAT)—a morphing quadrotor-fixed-wing hybrid that dynamically transforms via passive soft mechanisms. This creative combination of simulation theory and practical robot design showcases his ability to bridge computational methods with real-world robotic systems, making his research equally valuable for animators, roboticists, and mechanical engineers.