Abrikosov fluxonics, a domain of science and engineering at the interface of
superconductivity research and nanotechnology, is concerned with the study of the …

We have measured the in-plane anisotropy of the vortex mobility in a thin Pb film with a
square array of antidots. The Lorentz force, acting on the vortices, was rotated by adding two …

The vortex ratchet effect has been studied in Al films patterned with square arrays of
submicron antidots. We have investigated the transport properties of two sets of samples:(i) …

We examine the dynamics of a single colloidal particle driven through a colloidal lattice
which can distort in response to the driven particle. We find a remarkably rich variety of …

We image the motion of superconducting vortices in niobium film covered with a regular
array of thin permalloy strips. By altering the magnetization orientation in the strips using a …

We have studied vortex-lattice dynamics as a function of driving force direction, in
superconducting Nb films with periodic pinning arrays of magnetic dots. Square and …

The interplay between vortex guiding and the Hall effect in superconducting Nb films with
periodically arranged nanogrooves is studied via four-probe measurements in standard and …

In type II superconductors, an external magnetic field can partially penetrate into the
superconducting phase in the form of magnetic flux lines or vortices. The repulsive …

Using scanning susceptibility microscopy, we shed light on the dynamics of individual
superconducting vortices and examine the hypotheses of the phenomenological models …

Within the London limit, we investigate the dynamics of stable vortex configurations in small
thin superconducting disks by studying their elastic modes. The elastic modes are a mixture …