Gongjie Li

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About

Gongjie Li is a pioneering researcher at the intersection of soft matter physics, active matter, and robophysical modeling. Her work fundamentally reimagines how we study complex systems—from the collective motion of living organisms to the very fabric of spacetime. Li’s major contributions center on understanding locomotion and dynamics in highly deformable environments. Her most cited paper, “Field-mediated locomotor dynamics on highly deformable surfaces” (2022), with 8 citations, explores how internally driven locomotors interact with soft, yielding substrates, bridging principles from nonequilibrium physics, biology, and robotics. This work provides a framework for designing more adaptive robots and understanding swarm behavior in natural settings. In a bold interdisciplinary leap, her 2023 paper “A robophysical model of spacetime dynamics” (4 citations) uses rolling spheres on elastic membranes to introduce core concepts of General Relativity—specifically, how curvature guides matter—while acknowledging the limitations of laboratory analogs due to dominant dissipative forces. By merging theoretical physics with tangible, tabletop experiments, Li creates accessible models that inspire new ways of thinking about motion, interaction, and the universe itself. Her innovative approach positions her as a rising leader in experimental soft matter and robophysics.