Artificial active matters on a macroscopic scale, including vibrating particles, robots, and
camphor boats, have attracted increasing attentions due to their uniform properties, rich and …

The ability of epithelial monolayers to self-organize into a dynamic polarized state, where
cells migrate in a uniform direction, is essential for tissue regeneration, development, and …

We extend the study of the inertial effects on the two-dimensional dynamics of active agents
to the case where self-alignment is present. In contrast with the most common models of …

We investigate the collective behavior of sterically interacting self-propelled particles
confined in a harmonic potential. Our theoretical and numerical study unveils the emergence …

Collective actuation describes the spontaneous synchronized oscillations taking place in
active solids when the elasto-active feedback, which generically couples the reorientation of …

We present the linear response theory for an elastic solid composed of active Brownian
particles with intrinsic individual chirality, deriving both a normal mode formulation and a …

Active solids, more specifically elastic lattices embedded with polar active units, exhibit
collective actuation when the elasto-active feedback, generically present in such systems …

The ability of epithelial monolayers to self-organize into a dynamic polarized state is
essential for tissue regeneration, development, and tumor progression. However, the …

Les solides actifs sont constitués d'unités motorisées couplées élastiquement. Ils sont au
centre de nombreux processus biologiques comme la locomotion, les auto-oscillations et la …