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 …

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 …

Control of the creation and the motion of vortices in Josephson junctions and in
superconductive thin films is the basis of operation for a class of amplifying devices, usually …

In a stack of Josephson tunnel junctions both attractive and repulsive interactions may exist
between Josephson vortices (fluxons) allocated in different tunnel barriers. We report …

A tuning technique for mutual phase locking of two vertically stacked long Josephson
junctions is suggested and successfully tested. The technique is based on passing a current …

Measurements were made on a two‐stack long Josephson junction with very similar
parameters and electrical access to the thin middle electrode. Mutually phase‐locked fluxon …

Josephson junctions (JJs) with layered Nb/MoGe electrodes were fabricated and
characterized at 4.2 K. Mo 0.75 Ge 0.25 is known to be a superconductor with the transition …

The numerical investigation of the radiation emission by a system of two magnetically
coupled, long Josephson junctions is reported. Time‐dependent synchronized voltage …

Dynamics of a fluxon in a stack of inductively coupled long Josephson junctions is studied
analytically and numerically. We demonstrate that the fluxon has a maximum velocity, which …