In the present work, we study, by means of numerical simulations, the structural and
dynamical behavior of a suspension of active ring polymers in bulk and under lateral …

Understanding actual transport mechanisms of self-propelled particles (SPPs) in complex
elastic gels—such as in the cell cytoplasm, in in vitro networks of chromatin or of F-actin …

We theoretically study the conformational and dynamical properties of semiflexible active
polar ring polymers under linear shear flow. A ring is described as a continuous semiflexible …

We derive an effective Rouse model for tangentially active polymers, characterised by a
constant active force tangent to their backbone. In particular, we show that, once extended to …

Using computer simulations in two dimensions (2D), we explore the structure and dynamics
of a star polymer with three arms made of passive monomers immersed in a bath of active …

We present an asymptotic theory for solving the dynamics of slender autophoretic loops and
knots. Our formulation is valid for nonintersecting three-dimensional center lines, with …

We investigate a ring polymer under the influence of chiral active Brownian forces in two
dimensions using coarse-grained computer simulations. We observe a non-monotonic …

Artificial soft matter systems have appeared as important tools to harness mechanical motion
for microscale manipulation. Typically, this motion is driven either by the external fields or by …

Active Brownian disks moving in two dimensions that exchange information about their
internal state stochastically are chosen to model epidemic spread in a self-propelled …