Explore a 30-minute workshop lecture from ICTP-SAIFR's "Synchronization: from collective motion to brain dynamics" series where Everton Medeiros from UNESP, Brazil delves into the local control mechanisms governing collective dynamics of self-propelled particles, examining how individual particle behaviors influence overall system synchronization and movement patterns.
Overview
Syllabus
Everton Medeiros: Local control for the collective dynamics of self-propelled particles
Taught by
ICTP-SAIFR
Related Courses
-
Collective Motion and Decision Making in the Dynamics of Social Animals and Robot Swarms - Class 1
-
Epidemic Percolation Among Motility-Induced Clusters of Active Particles
-
Imperfect Coordination in Collective Behaviors Across Scales: From Microbial Aggregates to Ungulate Migration
-
Swarmalator Models in One- and Two-Dimensional Spaces
-
Collective Dynamics in Pairwise and Higher-Order Networks
-
Collective Motion and Decision Making in the Dynamics of Social Animals and Robot Swarms - Class 2
