A prerequisite for isolating diseased cells requires a mechanism for effective mass-based
separation. This objective, however, is generally rather challenging because typically no …

We study the diffusive behavior of interacting active particles (self-propelled) with mass m in
an asymmetric channel. The particles are subjected to an external oscillatory force along the …

Directional transport-dominated particle separation presents major challenges in many
technological applications. The Feynman ratchet can convert the random perturbation into …

We numerically examine the dynamics of a skyrmion interacting with a two-dimensional
periodic substrate under dc and biharmonic ac drives. We show that the Magnus force of the …

Combining experiments and computer simulations, we use a spatially periodic and flashing
light-field to direct the motion of phototactic active colloids. Here, the colloids self-organize …

We show that the direction of directed particle transport in a two-dimensional ac-driven
lattice can be dynamically reversed by changing the structure of the lattice in the direction …

We investigate the dynamics of a charged particle confined to move on a toroidal helix while
being driven by an external time-dependent electric field. The underlying phase space is …

We demonstrate that an ultracold many-body bosonic ensemble confined in a one-
dimensional double-well potential exhibits a population imbalance between the two wells at …

We present a mechanism to sort out particles of different masses in an asymmetric channel,
where the entropic barriers arise naturally and control the diffusion of these particles. When …

The superexponential self-interacting oscillator (SSO) is introduced and analyzed. Its power
law potential is characterized by the dependence of both the base and the exponent on the …