We study periodic structures, such as vortex lattices, moving in a random pinning potential
under the action of an external driving force. As predicted in T. Giamarchi and P. Le Doussal …

New resonance steps are found in the experimental current-voltage characteristics of long,
discrete, one-dimensional Josephson junction arrays with open boundaries and in an …

We present a systematic study of the Cherenkov radiation of Josephson plasma waves by
fast moving fluxon in a stack of coupled long Josephson junctions for different fluxon modes …

We study the dynamics of one-dimensional arrays of Josephson junctions connected in
parallel by superconducting wires. These arrays are model systems for the discrete, damped …

We study the existence and uniqueness of single-wave-form solutions for series arrays of N
Josephson junctions coupled through general RLC loads. Our method recasts the …

This review deals with the recent progress achieved in the understanding of vortex dynamics
in discrete arrays of classical Josephson junctions, JJAs. We first give an up-to-date …

When magnetic flux moves across layered or granular superconductor structures, the
passage of vortices can take place along channels which develop finite voltage, while the …

In this paper, the equivalent circuit of the non-autonomous Josephson junction (JJ) is
presented and the effect of the proper frequency on the phase ϕ is studied. We also study …

Based on a previously developed analytical procedure combining ideas from the first
harmonic approximation with those from the slowly varying phase we obtain some rigorous …

We present an experimental and analytical study of resonances in the current-voltage
characteristics of single and double row triangular Josephson arrays. The magnetic-field …