# Resistive transition in frustrated Josephson-junction arrays on a honeycomb lattice

@article{Granato2013ResistiveTI, title={Resistive transition in frustrated Josephson-junction arrays on a honeycomb lattice}, author={Enzo Granato}, journal={Physical Review B}, year={2013}, volume={87}, pages={094517} }

We use driven Monte Carlo dynamics to study the resistive behavior of superconducting Josephson junction arrays on a honeycomb lattice in a magnetic field corresponding to $f$ flux quantum per plaquette. While for $f=1/3$ the onset of zero resistance is found at nonzero temperature, for $f=1/2$ the results are consistent with a transition scenario where the critical temperature vanishes and the linear resistivity shows thermally activated behavior. We determine the thermal critical exponent of…

## 9 Citations

Superconductor-insulator transition of Josephson-junction arrays on a honeycomb lattice in a magnetic field

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Abstract
We study the superconductor to insulator transition at zero temperature in a
Josephson-junction array model on a honeycomb lattice with f flux quantum per
plaquette. The path integral…

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The zero-temperature superconductor to insulator transition is studied in a selfcharging model of Josephson-junction arrays on a honeycomb lattice in an external magnetic field corresponding to f…

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We present a theoretical study of resonant frequencies and spatial correlations of Josephson phases in frustrated arrays of Josephson junctions. Two types of one-dimensional arrays, namely, the…

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Discerning the role disorder plays in conductor to insulator quantum phase transitions in bulk and thin film materials poses an ongoing challenge. The primary measure of disorder, resistance, depends…

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In this work, we derive an analytical procedure that allows us to write the multidimensional washboard ratchet potential (MDWBP) Uf for a two-dimensional Josephson junction array. The array has an…