Search Results - "Shnyrkov, V. I"

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  1. 1

    Low-Capacitance Josephson Junctions by Shapovalov, A. P., Febvre, P., Yilmaz, U., Shnyrkov, V. I., Belogolovskii, M. O., Kordyuk, O. A.

    Published in Uspehi fiziki metallov (Online) (01-03-2020)
    “…The Josephson effect, as an example of a macroscopic quantum phenomenon, reveals itself in the three-layer heterostructures formed by two superconductors…”
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    FRP Dewar for measurements in high pulsed magnetic fields by Lyakhno, V.Yu, Fedorchenko, A.V., Kivirenko, O.B., Shnyrkov, V.I.

    Published in Cryogenics (Guildford) (01-08-2009)
    “…We describe a liquid helium glass-fibre reinforced plastic (G-FRP) Dewar which we designed, fabricated and tested for excitation spectrum measurements in high…”
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  4. 4

    Small capacitance self-shunted MoRe–Si(W)–MoRe junctions for SQUIDs applications by Shapovalov, A. P., Shaternik, V. E., Turutanov, O. G., Suvorov, O. Yu, Kalenyuk, A. A., Lyakhno, V. Yu, Yilmaz, U., Febvre, P., Shnyrkov, V. I.

    Published in Applied nanoscience (01-08-2020)
    “…MoRe–Si(W)–MoRe planar Josephson junctions with a hybrid barrier layer made of amorphous silicon doped with tungsten at relatively high tungsten concentrations…”
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    Stochastic resonance in an RF SQUID with shunted ScS junction by Turutanov, O.G., Golovanevskiy, V.A., Lyakhno, V.Yu, Shnyrkov, V.I.

    Published in Physica A (15-02-2014)
    “…Using a point (superconductor–constriction–superconductor, ScS) contact in a single-Josephson-junction superconducting quantum interference device (RF SQUID)…”
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  7. 7

    A Tunable Coupler with ScS Quantum Point Contact to Mediate Strong Interaction Between Flux Qubits by Soroka, A. A., Shnyrkov, V. I.

    Published in Journal of low temperature physics (01-08-2013)
    “…In this paper we propose a kind of quantum inductance couplers (QUINC) which represents a superconducting loop closed by ScS quantum point contact, operating…”
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  8. 8

    Quantum superposition of three macroscopic states and superconducting qutrit detector by Shnyrkov, V. I., Soroka, A. A., Turutanov, O. G.

    “…Superconducting quantum coherent circuits have opened up a novel area of fundamental low-temperature science since they could potentially be the element base…”
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    Effect of the magnetic-flux variations on SQUID stability by BULGAKOV, S. A, RYABOV, V. B, SHNYRKOV, V. I, VAVRIV, D. M

    Published in Journal of low temperature physics (01-06-1991)
    “…The oscillation dynamics of a nonhysteretic, one-contact superconducting quantum interferometer under low-frequency modulation of an external magnetic flux has…”
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    Stochastic resonance-based input circuits for SQUIDs by Turutanov, O.G., Omelyanchouk, A.N., Shnyrkov, V.I., Bliokh, Yu.P.

    Published in Physica. C, Superconductivity (01-08-2002)
    “…A model is reported of a novel frequency-tuneable superconductive amplifier based on stochastic resonance effect in 4-terminal SQUID. The model considers a…”
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  12. 12

    Experimental observation of induced stochastic transitions in multi-well potential of RF SQUID loop by Turutanov, O. G, Lyakhno, V. Yu, Shnyrkov, V. I

    Published 24-11-2014
    “…An amplification of a weak low-frequency harmonic signal is experimentally observed in a single-junction-superconducting quantum interferometer (RF SQUID loop)…”
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  13. 13

    A tunable coupler with ScS quantum point contact to mediate strong interaction between flux qubits by Soroka, A. A, Shnyrkov, V. I

    Published 28-03-2013
    “…JLTP 172, 212 (2013) In this paper we propose a kind of quantum inductance couplers (QUINC) which represents a superconducting loop closed by ScS quantum point…”
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  14. 14

    Measurement of brightness temperature of two-dimensional electron gas in channel of a high electron mobility transistor at ultralow dissipation power by Korolev, A. M, Shulga, V. M, Turutanov, O. G, Shnyrkov, V. I

    Published 24-02-2015
    “…A technically simple and physically clear method is suggested for the direct measurement of brightness temperature of two-dimensional electron gas (2DEG) in…”
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  15. 15

    The two Josephson junction flux qubit with large tunneling amplitude by Shnyrkov, V. I, Soroka, A. A, Melnik, S. I

    Published 30-03-2013
    “…Low. Temp. Phys. 34(8) (2008) 610-616 In this paper we discuss solid-state nanoelectronic realizations of Josephson flux qubits with large tunneling amplitude…”
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    Stochastic resonance in an RF SQUID with shunted ScS junction by Turutanov, O. G, Golovanevskiy, V. A, Lyakhno, V. Yu, Shnyrkov, V. I

    Published 05-02-2014
    “…Physica A: Statistical Mechanics and its Applications, Volume 396, 15 February 2014, Pages 1-8 Using a point (superconductor-constriction-superconductor, ScS)…”
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  17. 17

    Measurement of brightness temperature of two-dimensional electron gas in channel of a high electron mobility transistor at ultralow dissipation power by Korolev, A.M., Shulga, V.M., Turutanov, O.G., Shnyrkov, V.I.

    Published in Solid-state electronics (01-07-2016)
    “…•We propose a simple method to directly measure the 2DEG temperature of HEMT channel•We found the optimal dc regimes for HEMTs regarding to the back action…”
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  18. 18

    Quantum superposition of three macroscopic states and superconducting qutrit detector by Shnyrkov, V. I, Soroka, A. A, Turutanov, O. G

    Published 05-07-2012
    “…Phys. Rev. B 85, 224512 (2012) Superconducting quantum coherent circuits have opened up a novel area of fundamental low-temperature science since they could…”
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    A wideband radio-frequency amplifier for investigations at temperatures from 300 to 0.1 K by Korolev, A. M., Shulga, V. M., Turutanov, O. G., Shnyrkov, V. I.

    “…A wideband cooled measuring amplifier, which solves a wide class of search problems in the area of cryoelectronics at frequencies of 10–100 MHz, is described…”
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    Coherent Rabi response of a charge-phase qubit under microwave irradiation by Shnyrkov, V. I, Born, D, Soroka, A. A, Krech, W

    Published 17-10-2008
    “…Phys. Rev. B 79 (2009) 184522 We report on radio-frequency measurements of the charge-phase qubit being under continuous microwave irradiation in the state of…”
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