Micro particles come in a wide variety of architectural designs and shapes. It is time to look
beyond the conventional spherical morphology and focus on anisotropic systems. Rod …

This work focuses on the dynamics of particles in a confined geometry with position-
dependent diffusivity, where the confinement is modelled by a periodic channel consisting of …

We investigate the dynamical properties of a colloidal particle in a double cavity. Without
external driving, the particle hops between two free-energy minima with transition mean time …

We present a statistical model for solving and predicting the transport of large molecules
through small flexible channels. The average radius of the channel and the average radius …

We study the dynamics of neutral and charged rods embedded in varying-section channels.
By means of systematic approximations, we derive the dependence of the local diffusion …

A dissipative particle dynamics (DPD) model is developed and demonstrated for studying
dynamics in colloidal rod suspensions. The solvent is modeled as conventional DPD …

The motion of a particle along a channel of finite width is known to be affected by either the
presence of energy barriers or changes in the bias forces along the channel direction. By …

We develop a unified Hamiltonian approach to the diffusion of a particle coupled to a
dissipative environment, an archetypal model widely invoked to interpret condensed phase …

The diffusion of single micron-sized Brownian square platelets on cylindrical surfaces with
different radii of curvature in the presence of depletion attractions was studied …

Directed transport of self-propelled ellipsoidal particles confined in a smooth corrugated
channel with asymmetric potential and Gaussian colored noise is investigated. Effects of the …