Multi-stable superconductive electrical circuit

Claim 1

A MULTI-STABLE ELECTRICAL CIRCUIT COMPRISING CURRENT INPUT AND OUTPUT TERMINALS SUPERCONDUCTIVE MEANS FORMING AT LEAST TWO CURRENT CARRYING PATHS BETWEEN SAID TERMINALS, SAID SUPERCONDUCTIVE MEANS BEING RESPONSIVE TO A MAGNETIC FIELD TO CHANGE BETWEEN A STATE OF ZERO RESISTANCE AND A RESISTIVE STATE, SAID PATHS BEING MAGNETICALLY INDEPENDENT OF EACH OTHER SO THAT CURRENT MAY FLOW SIMULTANEOUSLY IN BOTH PATHS, FOR EACH PATH CONTROL MEANS FOR INDEPENDENTLY APPLYING A MAGNETIC FIELD TO SAID PATH THEREBY TO INFLUENCE A CHANGE OF PATH TO RESISTIVE STATE, WHEREBY CURRENT MAY BE DIVERTED FROM SAID PATH IN RESISTIVE STATE TO THE OTHER PATH IN NON-RESISTIVE STATE, AND SUPERCONDUCTIVE GATE MEANS IN THE MAGNETIC FIELD OF EACH OF SAID PATHS, SAID GATE MEANS BEING INFLUENCED WHEN CURRENT IS DIVERTED AS AFORESAID, WHEREBY SAID CIRCUIT CAN ASSUME ANY ONE OF THREE STABLE STATES, A STATE IN WHICH CURRENT FLOWS IN ONE OF SAID TWO PATHS, A STATE IN WHICH CURRENT FLOWS IN THE OTHER OF SAID PATHS, AND A CONDITION IN WHICH CURRENT FLOWS IN BOTH OF SAID PATHS SIMULTANEOUSLY.