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Information × Registration Number 0219U001553, 0118U004956 , R & D reports Title Novel Josephson junctions with resonance-percolation charge transport in them developed for the superconducting quantum devices applications in the information and communication technologies. popup.stage_title Head Shaternik Volodymyr Evgenovych, Registration Date 06-02-2019 Organization Institute of Metal Physic G.V.Kurdyumov NAS of the Ukraine popup.description2 Two types of two-layer and three-layer superconducting (MoRe) heterostructures were manufactured and investigated, in which a nanosized semiconductor (a mixture of silicon and silicon oxide) barriers with tungsten (W) nanorods in them were created. It was shown that in the created five-layer heterostructures the effect of the emerging dissipative state in the average layer of this MoRe-Si (W) -MoRe-Si (W) -MoRe heterostructure on the I-V curve of this heterostructure was revealed. This effect is observed as the switching of the aforementioned heterostructure from a superconducting state with a small dissipation into a regime of its finite conductivity, it initiated by the emergence of additional centers of the phase slipage in the average superconducting MoRe layer of the heterostructure. This effect is caused by the nonequilibrium occupation of energy levels in the middle layer of the superconductor, which in turn is stimulated by quasiparticles multiple Andrew reflections in the middle layer of the superconductor. Product Description popup.authors Білоголовський М.О. Суворов О.Ю. Шаповалов А.П. Шатернік В.Є. popup.nrat_date 2020-04-02 Close