A collection of rings made of active Brownian particles (ABPs) for different packing fractions
and activities is investigated using computer simulations. We show that active rings display …

One key question about transport of active polymers within crowded environments is how
spatial order of obstacles influences their conformation and dynamics when compared to …

We explore the escape dynamics of active ring polymers confined in a cylindrical
nanochannel using Brownian dynamics. Our simulation results show that the escape time …

We use computer simulations to investigate the complex dynamics of a polymer, made of
active Brownian particles, inside a channel grafted internally with passive polymer chains …

Polymer translocation is a fundamental topic in non-equilibrium physics and is crucially
important to many biological processes in life. In the present work, we adopt two …

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 perform computer simulations to explore the escape dynamics of a self-propelled
(active) nanorod from circular confinements with narrow opening (s). Our results clearly …

The motion of a single active particle in one dimension with quenched disorder under the
external force is investigated. Within the tailored parameter range, anomalous diffusion that …

We investigate the locomotion of thin, living\textit {T.~ Tubifex} worms, which display active
polymerlike behavior, within quasi-2D arrays of pillars with different spatial arrangements …