The hallmark of superconductivity is the diamagnetic response to external magnetic field. In
striking contrast to this behavior, a paramagnetic response or paramagnetic Meissner effect …

This is a review of recent work on the dynamic response of Josephson junction arrays driven
by dc and ac currents. The arrays are modelled by the resistively shunted Josephson …

We report unusual dynamics of ultrathin granular Al films in the hysteretic region near the
parallel critical field. Avalanches in film resistance, corresponding to the collapse of …

We study underdamped Josephson junction series arrays that are globally coupled through
a resistive shunting load and driven by an rf bias current. We find coherent, ordered, partially …

We present numerical simulations of Josephson junction arrays with positional disorder. We
study their IV characteristics and vortex dynamics as a function of disorder. We find that …

We study the nonequilibrium dynamical regimes of a moving vortex lattice in the periodic
pinning of a Josephson junction array (JJA) for finite temperatures in the case of a fractional …

We present an extensive study of the dc magnetic and transport properties of inductive
Josephson junction arrays at zero temperature. We carry out the analysis using the …

We present a detailed study of the dynamic response of overdamped Josephson-junction
square arrays driven by a dc plus ac current, including self-induced magnetic-field effects, as …

We study the response of Josephson ladder arrays (1× N plaquettes) to a combined ac and
dc current. For N≥ 1, the arrays are predicted to exhibit Shapiro steps at voltages< V> …

We study the effect of thermal fluctuations in a vortex lattice driven in the periodic pinning of
a Josephson junction array. The phase diagram current (I) vs temperature (T) is studied …