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Information × Registration Number 0221U100519, (0120U104374) , R & D reports Title Physical models and prototypes of new hybrid cryo-electronic devices for the further development of information and communication technologies popup.stage_title Аналіз перспективності застосування надпровідних гетероструктур (виду MoRe-Si(W)-MoRe, MoRe-Si(Mo)-MoRe) низької ємності для створення елементів з покращеними параметрами. Дослідження впливу магнітного поля на транспортні характеристики Head Kordiuk Oleksandr A., Доктор фізико-математичних наук Registration Date 07-01-2021 Organization State Research Institution "Kyiv Acedimic University" popup.description1 The main task of this research is to combine the efforts of Ukrainian and French groups to develop theoretical models of charge transport in the latest cryo-electronic devices that combine semiconductor and superconducting components, as well as the creation of prototypes of such hybrid devices for the purpose of their further application for information and communication technologies. popup.description2  Studies of the Josephson effect in three-layer heterostructures formed by two superconductors and a superconducting layer doped with metal granules tens of nanometers thick have been performed. A theoretical model of the passage of a superconducting Josephson current through a set of superconducting nanowires connected in parallel and the influence of an external magnetic field parallel to the plane of the Josephson junction is proposed. The practical problem of reducing the transition capacity while maintaining or slightly deteriorating other characteristics is analyzed. Arguments are given that explain the need to reduce capacity, as well as how this will affect the work of SQUID and digital electronic circuits. Product Description popup.authors Biloholovskyi Mykhailo O. Zhytlukhina Olena S. Kaleniuk Oleksii A. Shapovalov Andrii P. Shnyrkov Volodymyr I. popup.nrat_date 2021-03-17 Close

Information × Registration Number 0221U100519, (0120U104374) , R & D reports Title Physical models and prototypes of new hybrid cryo-electronic devices for the further development of information and communication technologies popup.stage_title Аналіз перспективності застосування надпровідних гетероструктур (виду MoRe-Si(W)-MoRe, MoRe-Si(Mo)-MoRe) низької ємності для створення елементів з покращеними параметрами. Дослідження впливу магнітного поля на транспортні характеристики Head Kordiuk Oleksandr A., Доктор фізико-математичних наук Registration Date 07-01-2021 Organization State Research Institution "Kyiv Acedimic University" popup.description1 The main task of this research is to combine the efforts of Ukrainian and French groups to develop theoretical models of charge transport in the latest cryo-electronic devices that combine semiconductor and superconducting components, as well as the creation of prototypes of such hybrid devices for the purpose of their further application for information and communication technologies. popup.description2  Studies of the Josephson effect in three-layer heterostructures formed by two superconductors and a superconducting layer doped with metal granules tens of nanometers thick have been performed. A theoretical model of the passage of a superconducting Josephson current through a set of superconducting nanowires connected in parallel and the influence of an external magnetic field parallel to the plane of the Josephson junction is proposed. The practical problem of reducing the transition capacity while maintaining or slightly deteriorating other characteristics is analyzed. Arguments are given that explain the need to reduce capacity, as well as how this will affect the work of SQUID and digital electronic circuits. Product Description popup.authors Biloholovskyi Mykhailo O. Zhytlukhina Olena S. Kaleniuk Oleksii A. Shapovalov Andrii P. Shnyrkov Volodymyr I. popup.nrat_date 2021-03-17 Close