Duxin Chen

Eötvös Loránd University, Southeast University

Papers

Total Citations

H-Index

About

Duxin Chen is a leading researcher in collective behavior and complex systems, whose work bridges biology, physics, and engineering to decode the principles of group motion. His most influential study, "Switching hierarchical leadership mechanism in homing flight of pigeon flocks" (34 citations), reveals how pigeon flocks dynamically shift leadership during flight, offering profound insights into the distributed decision-making that underpins natural swarms. Chen further advances this field with "Pattern phase transitions in 3D minimal Vicsek model" (7 citations), where he uncovers the fundamental rules governing transitions between migration, vortex, and aggregation patterns in three-dimensional space—a critical step for understanding biological and robotic collectives. Beyond natural systems, his work on "The Immense Impact of Reverse Edges on Large Hierarchical Networks" (11 citations) demonstrates how subtle structural changes can dramatically alter the stability and efficiency of engineered networks, from drone swarms to smart grids. With a growing citation record and a knack for translating biological mechanisms into actionable network theories, Chen’s research is shaping the future of autonomous systems and multi-agent coordination.