Number theory concepts are used to investigate the periodicity properties of the voltage vs applied flux curves of elementary cubic networks of Josephson junctions. It is found that equatorial gaps appearing on the unitary sphere, on which points representing the directions in space for which these curves show periodicity are collected, can be understood by means of Gauss condition on the sum of the squares of three integers.

Number theory implications on physical properties of elementary cubic networks of Josephson junctions

DE LUCA, Roberto;ROMEO, FRANCESCO
2003

Abstract

Number theory concepts are used to investigate the periodicity properties of the voltage vs applied flux curves of elementary cubic networks of Josephson junctions. It is found that equatorial gaps appearing on the unitary sphere, on which points representing the directions in space for which these curves show periodicity are collected, can be understood by means of Gauss condition on the sum of the squares of three integers.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11386/1059931
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