Abstract
A theoretical investigation is carried out on the zero field current steps of a short Josephson junction under both the d.c. voltage V d. c. and a.c. voltage V a. c. cos ωt. The steps occur when the condition Ω + pω = 2Nω n is fulfilled, where Ω = 2eV d.c./ h ̵ , ω n is the nth eigenfrequency in the eigenfrequency in the junction cavity, p and N are integers.
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