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Presents information on a study that investigated soliton dynamics in Josephson junctions of different annular geometries. Sample and experimental setup; Experimental results; Conclusion.

Discusses the experimental results on microcrystalline indium oxide films prepared by reactive direct current magnetron sputtering at room temperature. Conductivity of as-deposited microcrystalline indium oxide films; Factors that change the conductivity properties of one and the same film in a fully reversible manner; Applications of the high conductivity properties of indium oxide; Deposition techniques used to grow indium oxide films.

Presents information on a study which analyzed soliton bunching in annular Josephson junctions. Experimental setup; Results; Discussion.

Focuses on the dynamics of magnetic fluxons in a system of two vertically stacked long Josephson junctions. Effect of spliting of the fluxon travelling mode into two separated modes with different characteristic velocities; Interaction of fluxons with small amplitude electromagnetic waves; Fundamentals of the mode splitting of the Swihart velocity.

Focuses on a study which investigated the effect of a direct current on a single flux quantum converter. Experimental system and fabrication technique; Equivalent circuit and simulations; Experimental results; Conclusions.

Focuses on a study which investigated the 600 gigahertz resonant mode in a parallel array of Josephson tunnel junctions interconnected by short sections of superconducting microstrip lines. Details of the fabrication technique; Evaluation of the possible resonance frequencies; Simulation results of Rapid Single Flux Quantum transmission line model.

Presents a study which simulated and experimentally investigated the effect of non-uniform magnetic field penetration into a one-dimensional array of over-damped Josephson junctions. Dynamics of fluxons in underdamped junction arrays; Results of the experiments; Factors attributed to the steps with extremely low differential resistance.

Presents a study which developed the equations describing static and dynamic solutions in a system of thin alternating layers of superconductors and insulators. Theory behind electromagnetic wave motion for layered superconductor; Numerical calculations of fluxon statics and dynamics; Conclusions.

Focuses on the synchronous operation of series arrays of inductively coupled superconducting quantum interference devices (SQUID). Factor which influences the stability of the coherent state of SQUID arrays; Discussion on the influence of the inductive coupling mechanism on the operation of discrete Josephson circuits; Overview of previous studies on coherent effects in arrays of Josephson junctions.

Presents a study which reported a simplified model of series-biased arrays of long Josephson junction fluxon oscillators. Background of studies on long Josephson junction oscillators; Overview of the model used in describing the array; Characteristics of the partial differential equation scheme used to stimulate the model.