Tunable Rheology in Models of Dense Cellular Tissue

Explore a conference talk on tunable rheology in models of dense cellular tissue presented by Helen Ansell from Emory University. Delve into cutting-edge research in active matter physics as part of the "The Many Faces of Active Mechanics" conference at the Kavli Institute for Theoretical Physics. Discover how energy-consuming components in dense cellular tissues interact to create collective phenomena and emergent behaviors. Learn about the latest developments in understanding active solids, including elastically coupled networks and their potential for actuation and shape changes beyond equilibrium states. Gain insights into the interdisciplinary nature of this field, connecting concepts from hydrodynamics, elastic theories, living matter, and materials science. Understand the broader context of active matter research and its applications in diverse systems, from living organisms to synthetic materials. Engage with the frontiers of scientific exploration in this 33-minute presentation, which contributes to the ongoing dialogue on overarching principles and future breakthroughs in the study of active solids.

Tunable rheology in models of dense cellular tissue ▸ Helen Ansell (Emory)