Smart, Living & Active Matter - Leiden

Leiden Institute of Physics

About us

The SLAM - Smart, Living, & Active Matter - initiative unites theory and experimental groups of the Leiden Institute of Physics. It currently gathers the groups of Luca Giomi, Louise Jawerth, Daniela Kraft, Martin van Hecke, Silke Henkes and Alexandre Morin.

SLAM symposium on Active Solids

The SLAM symposium on Active Solids which took place on June 4th was a succes!

Coming up next

2025-12-02 - 12:00 @ Casimir Room

SLAM seminar: Gaurav Gardi (Martin's & Daniela's guest)


Title
Model self-organising systems: disks, droplets and vesicles

Abstract
Self-organisation, a process in which many simple entities organise into globally ordered groups, is ubiquitous in nature: from bird flocks and bacteria collectives to subcellular structures. Due to ubiquity and significance of self-organisation, it is important to understand the physical principles underlying the process using simple model systems. In this talk I will focus on three experimental model systems: magnetic microdisks, self-propelling oil droplets and biomimetic lipid vesicles. First, I will present the diverse collectives of magnetic microdisks caused by in-situ tuning of the pairwise interactions between the disks. Next, I will talk about material agnostic control of an isolated self-propelling droplet and droplet collectives. Finally, I will discuss the emergent motion of giant vesicles under an oscillating electric field. Overall, these experimental systems can act as versatile models for the study of dynamic self-organisation at the microscopic scale. Simultaneously, these systems provide an advance towards the development of microrobot collectives that are robust and adaptive to external perturbations.