Disorder Effects in Superconducting Multiple Loop Quantum
  Interferometers

A. Tuohimaa; A.Th.A.M. de Waele; B.D. Josephson; Ch. Häussler; D. Dominguez; D. Koelle; D. Reinel; F. London; G. Hildebrandt; I.K. Yanson; J. Clarke; J. Oppenländer; J. Oppenländer; J.R. Phillips; K.K. Likharev; L. Onsager; M. Tinkham; M.R. Schröder; N. Schopohl; P.G. de Gennes; R. Gross; T. Imamura; Y. Kivshar

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Disorder Effects in Superconducting Multiple Loop Quantum Interferometers

Authors: A. Tuohimaa
A.Th.A.M. de Waele
B.D. Josephson
Ch. Häussler
D. Dominguez
D. Koelle
D. Reinel
F. London
G. Hildebrandt
I.K. Yanson
J. Clarke
J. Oppenländer
J. Oppenländer
J.R. Phillips
K.K. Likharev
L. Onsager
M. Tinkham
M.R. Schröder
N. Schopohl
P.G. de Gennes
R. Gross
T. Imamura
Y. Kivshar
Publication date: 30 March 2000
Publisher: 'American Physical Society (APS)'
Doi

Abstract

A theoretical study is presented on a number N of resistively shunted Josephson junctions connected in parallel as a disordered 1D array by superconducting wiring in such a manner that there are N-1 individual SQUID loops with arbitrary shape formed.Comment: 4 pages, 2 figure

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info:doi/10.1103%2Fphysrevb.63...

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