Document Type

Article

Publication Date

1975

Department

Physics & Computer Science

Abstract

The dynamics of flux entry into a superconducting loop interrupted by a thin-film Josephson junction have been studied experimentally. A computer simulation of the system yields excellent agreement with these data. It is found that a specific number of flux quanta will bubble into a loop, and that this number depends only on the relative damping which is present.

Comments

This article was origianlly published in Physical Review B, 12(3): 940-942. © 1975 The American Physical Society

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