Chenbo Feng

Collaborative Innovation Center of Advanced Microstructures

Papers

Total Citations

H-Index

About

Chenbo Feng is a rising researcher in the field of active matter and complex systems, with a particular focus on the emergent behaviors of self-propelled agents. His work bridges theoretical physics and computational modeling to explore how simple local rules, such as visual perception, can give rise to large-scale collective phenomena like cohesion and polarization. In his most-cited paper, "Cohesion and polarization of active agent with visual perception" (2024), Feng investigates how agents using only visual cues—without direct communication—can spontaneously form ordered groups, a fundamental question for understanding biological swarms and designing robotic collectives. Though early in his career, with this work already garnering 3 citations, Feng is establishing a reputation for tackling foundational problems in non-equilibrium statistical mechanics. His research has implications for fields ranging from animal behavior to the engineering of autonomous systems, and he is recognized for his ability to distill complex dynamics into tractable models. As he continues to publish, Chenbo Feng is poised to become a key voice in the study of perception-driven collective motion.