Synchronization in Natural and Engineering Systems: Open Problems in Modeling, Analysis, and Control

Technical program, March 30, 2022

7:00-7:05 PDT	Welcome Derya Cansever (ARO)

Session I	Chair: Fabio Pasqualetti (UC Riverside)
7:05-7:35 PDT	Quantifying Stability in Deterministic and Stochastic Complex Networks and its Application to Power Grids Jürgen Kurths (Potsdam Institute for Climate Impact Research)	video recording slides
7:35-8:05 PDT	Stochastic Synchronization in Nonlinear Network Systems Driven by Intrinsic and Coupling Noise Zahra Aminzare (University of Iowa)	video recording
8:05-8:35 PDT	Synchronization in Multilayer Networks: When Good Links Go Bad Igor Belykh (Georgia State University)	video recording
8:35-9:05 PDT	Coherence and Concentration in Tightly Connected Networks Enrique Mallada (John Hopkins University)	video recording slides
9:05-9:35 PDT	Discussion	video recording
9:35-9:45 PDT	Break

Session II	Chair: Jorge Cortés (UC San Diego)
9:45-10:15 PDT	Desynchronizing Neural Oscillators Jeff Moehlis (UC Santa Barbara)	video recording
10:15-10:45 PDT	Perspectives on Coupled Oscillators: Geometry, Analysis and Computation Francesco Bullo (UC Santa Barbara)	video recording slides
10:45-11:15 PDT	Decoupled States, Hypergraphs, and Dragon Kings Raissa D’Souza (UC Davis)	video recording slides
11:15-11:45 PDT	Disorder-Promoted Synchronization: Lab Demonstrations that Good can be Better than Perfect Adilson E. Motter (Northwestern University)	video recording

11:45-12:15 PDT	Discussion & Wrap-up	video recording