Resonant plasmon scattering by discrete breathers in Josephson junction ladders
A. E. Miroshnichenko, M. Schuster, S. Flach, M. V. Fistul, and A. V., Ustinov
TL;DR
This paper investigates how plasmons scatter off discrete breathers in Josephson junction ladders, predicting Fano resonances and proposing an experimental detection method supported by numerical simulations.
Contribution
It introduces the prediction and detection of Fano resonances in plasmon scattering by discrete breathers in Josephson junction ladders, combining theoretical and numerical approaches.
Findings
Fano resonances occur in plasmon scattering by discrete breathers
Numerical simulations confirm the possibility of observing these resonances
An experimental setup for detecting Fano resonances is proposed
Abstract
We study the resonant scattering of plasmons (linear waves) by discrete breather excitations in Josephson junction ladders. We predict the existence of Fano resonances, and find them by computing the resonant vanishing of the transmission coefficient. We propose an experimental setup of detecting these resonances, and conduct numerical simulations which demonstrate the possibility to observe Fano resonances in the plasmon scattering by discrete breathers in Josephson junction ladders.
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