Due to the intrinsically complex non‐equilibrium behavior of the constituents of active matter
systems, a comprehensive understanding of their collective properties is a challenge that …

A Marangoni surfer is an object embedded in a gas–liquid interface, propelled by gradients
in surface tension. We derive an analytical theorem for the lower bound on the viscous …

The Green's function plays an important role in many areas of physical sciences and is a
prime tool for solving diverse hydrodynamic equations in the linear regime. In the present …

Breaking spatial symmetry is an essential requirement for phoretic active particles to swim at
low Reynolds number. This fundamental prerequisite for swimming at the micro scale is …

Viscous flow resistance is dominated by viscous friction between fluid and wall. The flow
resistance characteristic curve (ie, the relationship curve between pressure drop and flow …

We address the deformations within a thin elastic film or membrane in a two-dimensional
rectangular confinement. To this end, analytical considerations of the Navier-Cauchy …

Artificial and living microswimmers encounter a large variety of geometric confinements and
surfaces in the biological world. Here, we study the low-Reynolds-number dynamics of a …

Les interactions hydrodynamiques induites par le confinement des particules colloïdales
sont d'un intérêt de longue date. Cependant, les effets des géométries de confinement …

Beschreibungen: The study of active matter reveals significant insight into the physics of
motile living organisms and motivates the engineering of synthetic micro-robots, which hold …

Guiding self-propelling active microswimmers Page 1 Guiding self-propelling active
microswimmers A. Daddi-Moussa-Ider Heinrich-Heine-University Düsseldorf Online …