Dynamic simulations of arrays of Josephson junctions
H. Eikmans, J. E. van Himbergen
DOI 10.1103/PhysRevB.41.8927 · Physical Review B
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Abstract
First we introduce a very efficient algorithm for dynamic simulations of a wide class of arrays of Josephson junctions with realistic boundaries. With this algorithm one can also represent current-biased arrays with periodic boundaries. Next we present results of extensive simulations of ladder arrays. We evaluate the resistance as a function of magnetic field and find striking differences between different geometries.
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