Stefano Boccaletti

Moscow Institute of Physics and Technology

Papers

Total Citations

H-Index

About

Stefano Boccaletti is a leading figure in the physics of complex systems, with foundational contributions to network science, synchronization dynamics, and the control of collective behavior. His research bridges nonlinear dynamics and graph theory, exploring how the structure of a network governs its emergent functions. In a highly influential 2020 work, Boccaletti introduced a novel method for controlling symmetries in complex networks, demonstrating how to enforce desired clustered synchronization patterns—a breakthrough with implications for neuroscience, power grids, and social systems. With over 27,000 citations across his career, his work is among the most cited in the field. He is also known for co-authoring seminal reviews on complex networks and synchronization, and for developing the concept of "network symmetries" as a tool to predict and manipulate dynamics. Boccaletti’s research continues to shape how scientists understand and engineer the collective behavior of interconnected systems, making him a pivotal voice in modern complexity science.