We describe a method of controlled creation and detection of breathers in long Josephson
Junctions. We show how a breather can be detected and investigated by measuring …

We describe the current understanding of chaotic dynamics in Josephson junctions, with
emphasis on the available experimental evidence for deterministic chaos in this system. The …

We investigate the dynamics of systems composed of perturbed sine-Gordon soliton
oscillators coupled through the boundary conditions. The perturbations are a dc forcing term …

We present an extensive numerical study of a long rf-biased Josephson junction in the
presence of an applied magnetic field. We show the great complexity of the system and …

The effect of an applied rf signal on the radiation emitted from a long Josephson junction is
examined by means of a model based on the sine-Gordon equation. This system exhibits a …

Résumé Nous présentons la transformation en ondelettes comme un microscope
mathématique parfaitement approprié à la caractérisation des propriétés d'invariance …

We show that a solid-state device, the long Josephson junction, behaves very much like
other turbulent systems exhibiting regimes of weak and hard turbulence. Because of the …

Chaos at and beyond onset is studied for nonequilibrium current-carrying dissipative states
in quasi-one-dimensional dirty superconductors. For the case of ac-driving currents, phase …

Biharmonic-driven long Josephson junctions are studied within the framework of a
perturbative approach for the motion of fluxons in the junctions. A thorough study of phase …

We study the properties of the quasiperiodic attractors of the driven and damped sine-
Gordon system close to the onset of chaotic dynamics. Our system is a perturbed sine …