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ENERGY STATES AND TRANSITIONS IN A SUPERCONDUCTING LOOP CONTAINING A JOSEPHSON JUNCTION

John Tatum Carter

Published Jan 1, 1968• 0 citations
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MAGNETIC FIELD CONTROLLED SUPERCONDUCTING - RESISTIVE AND RESISTIVE - SUPERCONDUCTING TRANSITIONS IN HIGHLY HYSTERETIC JOSEPHSON JUNCTIONS

Rossella Latempa, Giovanni Carapella, G. Costabile +3 more

We report measurements of the switching induced by a rapidly varying magnetic field in a single, small, fully hysteretic Josephson junction. We demonstrate that the variation of the magnetic field, generated by a current step in a control line deposited on the top of the junction, can control the transitions from Josephson branch to the resistive branch and vice versa. The transition from resistive branch to Josephson branch is not trivial for an hysteretic junction. With a suitable choice of the magnetic pulse shape, a "deterministic flip-flop regime" can be achieved in this system.

International Journal of Modern Physics B•Mar 10, 2003•0 citations
We report measurements of the switching induced by a rapidly varying magnetic field in a single, small, fully hysteretic Josephson junction. We demonstrate that the variation of the magnetic field, generated by a current step in a control line deposited on the top of the junction, can control the transitions from Josephson branch to the resistive branch and vice versa. The transition from resistive branch to Josephson branch is not trivial for an hysteretic junction. With a suitable choice of the magnetic pulse shape, a "deterministic flip-flop regime" can be achieved in this system.