Control of Topological Defects in Active and Living Matter

Explore the fascinating world of active matter and topological defects in this conference talk by Cristina Marchetti at the International Centre for Theoretical Sciences. Delve into the control mechanisms of topological defects in active and living matter, a crucial aspect of this novel class of driven nonequilibrium systems. Gain insights into how energy consumption and dissipation at the individual unit level influence the behavior of many-body systems. Discover the wide-ranging applications of active matter theory in fields such as granular and glassy systems, control theory, and biological systems. Learn how this framework is used to model critical biological processes, including cytoskeleton dynamics, collective cell motion, cancer progression, and large-scale migratory behavior in various animal species. Enhance your understanding of recent developments in the field of active matter and its significance in advancing our knowledge of complex, energy-driven systems.