Magnetic flux quanta in Josephson junctions, often called fluxons, in many cases behave as
solitons. A review of recent experiments and modelling of fluxon dynamics in Josephson …

In a vertical stack of Josephson junctions, vortices in adjacent junctions are coupled by
screening currents if the electrodes are thinner than the London penetration depth. We …

Characteristic velocities of the electromagnetic waves propagating in vertically stacked
Josephson transmission are theoretically discussed. An equation for solving n velocities of …

In order to explore the “superradiant” condition for the moving Josephson vortices in intrinsic
Josephson junctions (IJJs), we perform large scale numerical simulations for the IJJs with …

Evidence for Cherenkov radiation of a Josephson vortex is observed in the system of two
magnetically coupled long Josephson junctions. This radiation leads to resonances which …

Motivated by our view of chemical bonds as tunnel elements and by the studies of one-
dimensional arrays of mesoscopic tunnel junctions, we investigate charge and dipole soliton …

We review several of the most recently developed topics in the field of fluxon dynamics in
Josephson junctions. The main emphasis is placed on new systems and experimental …

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 …

The dynamics of magnetic fluxons in a system of two vertically stacked long Josephson
junctions is investigated numerically. The model is based on the approach by S. Sakai, P …