12-06-2012, 04:49 PM
Josephson Junction Conclusion
[attachment=24240]
CONCLUSION
In the coming years, Josephson junction will see immense application in the fields of electronics & applied physics. Once high temperature super conductors are developed &they become cost effective even at room temperature, Josephson junctions might almost completely replace conventional electronic system.
Up to now Josephson junctions were made with a fixed gap that, being unadjustable, provided limited control of the tunneling current. Research is being done to fabricate junctions whose gap can be adjusted. Researches have demonstrated several junctions made of super conducting organic materials in which gap width can be varied. The radical changes being brought about by the Josephson Junction will reach the common man in the years to come.
[attachment=24240]
CONCLUSION
In the coming years, Josephson junction will see immense application in the fields of electronics & applied physics. Once high temperature super conductors are developed &they become cost effective even at room temperature, Josephson junctions might almost completely replace conventional electronic system.
Up to now Josephson junctions were made with a fixed gap that, being unadjustable, provided limited control of the tunneling current. Research is being done to fabricate junctions whose gap can be adjusted. Researches have demonstrated several junctions made of super conducting organic materials in which gap width can be varied. The radical changes being brought about by the Josephson Junction will reach the common man in the years to come.