Control of the Emergent Collective Dynamics in Motile Cilia from Local Beating Properties

Explore a fascinating one-hour seminar presented by Professor Pietro Cicuta from the University of Cambridge, delving into the control mechanisms of emergent collective dynamics in motile cilia and their local beating properties. Delivered as part of the "New statistical physics in living matter: non equilibrium states under adaptive control" series at the Isaac Newton Institute, discover cutting-edge research in mathematical sciences and its applications to biological systems. Learn about the complex interactions and collective behavior of motile cilia, microscopic hair-like structures that play crucial roles in various biological processes. Gain insights into how local beating patterns influence larger-scale dynamics, contributing to our understanding of non-equilibrium states in living systems. Connect with a broader community of mathematical scientists and researchers through this comprehensive presentation from a leading institution in mathematical research and scientific collaboration.