Tuesday, September 23

Tu-1. V.A. Bobkov, G.A. Bobkov, I.V. Bobkova. MIPT. Electronic density of states in thin-film superconductor/ferromagnet heterostructures.

Tu-2. A.M. Chekushkin, M.A. Markina, M.A. Tarasov, M.Yu. Fominsky. IRE RAS, HSE Univ. Manufacturing of SINIS structures using modernized SNEAP method.

Tu-3. Yu. A. Dmitrievtsev, Ya. V. Fominov. Landau Inst.& MIPT. Superconducting orbital diode effect in SN bilayers.

Tu-4. N.V. Porokhov, M.A. Dryazgov, A.R. Shevchenko, A.M. Mumlyakov, Z. Enbaev, Yu.P. Korneeva, D.Yu. Vodolazov, A.A. Korneev, M. A. Tarkhov. INME RAS, MIPT, HSE Univ., Moscow, IPM RAS, Nizhny Novgorod, Superconducting properties of NbN thin films on ScN buffer layers.

Tu-5. V. Zhaketov, A. Zaky, E. Zaky, D. Norov. JINR&Univ., Dubna; MIPT, MSU, Moscow. Polarized neutron reflectometry for superconducting / ferromagnetic heterostructures.

Tu-6.  I.A. Nazhestkin, T.E. Golikova, S.V. Egorov, I.E. Batov, V.V. Ryazanov. RQC,MIPT, ISSP RAS. Controllable supercurrent and 0-π transition via quasiparticle injection in mesoscopic multiterminal SNS Josephson junctions.

Tu-7. I. Pavlov, S. Svyatodukh, A. Lomakin, N. Titova, K. Khilay, E. Baeva, A. Semenov, A. Kolbatova, G. Goltsman. Moscow Pedagogical State Univ. Study of superconducting MoRe thin films as a candidate for single-photon detectors.

Tu-8. V. Safonova, A. Gordeeva, A. Blagodatkin, D. Pimanov, A. Pankratov. Nizhny Novgorod State Technical University, IPM RAS.  Influence of substrate material on the characteristics of superconducting transition in TES microcalorimeters.

Tu-9. V.O. Sakhin, E.F. Kukovitsky, A.A. Kamashev, N.N. Garifyanov, Yu. I. Talanov. PTI RAS, Kazan. Magnetotransport in superconductor/ topological insulator heterostructure.

Tu-10. K. Shein, E. Zharkov, A. Lyubchak, I. Charaev, I. Gayduchenko, Goltsman, D.A. Bandurin. HSE Univ., Moscow Pedagogical State Univ., MIPT,RQC, Brain and Consciousness Research Center, Moscow, National Univ. of Singapore, Univ. of Zürich, Switzerland. 2D Niobium Diselenide: A Robust Superconductor for Wide-Range Detection.

Tu-11. M. Shibalov, G. Matveev, M. Tarkhov. INME RAS, Moscow. Superconducting tantalum nitride films obtained by atomic layer deposition with a high metallicity coefficient.

Tu-12. M. Soldatenkova, A. Lomakin, N. Titova, S. Svyatodukh, A. Kolbatova, G. Goltsman. Moscow Pedagogical State Univ., HSE University. Large-area and multi-element superconducting single-photon detector.

Tu-13. L.R. Tagirov. PTI RAS, Kazan. Asymptotically exact solution for the critical temperature of superconducting F/N/F/S spin-valve.

Tu-14.  I. Tarasova, A. Ionin, L. Karelina, N. Shuravin, F. Razorenov, V. Bolginov, Mikhail Khapaev. ISSP RAS, MIPT, RQC, MSU. Application of the 3D-MLSI program for the design of Josephson interferometers.

Tu-15.  R.D. Yusupov, R.S. Tikhonov, S.A. Lisitsyn, I.A. Nazhestkin, M.M. Khrenov, I.E. Tarasova, S.V. Egorov, M.V. Zhdanova, V.N. Antonov, D.S. Baranov, V.V. Ryazanov, O.V. Tikhonova, N.A. Maleeva, N.V. Klenov, I.I. Soloviev, D.S. Yakovlev. RQC, MSU, NUST “MISIS”, Different coupling types for flip-chip quantum applications.

Tu-16. D.E. Zhelezniakova, I.I. Gimazov, Y.I. Talanov. PTI RAS, Kazan.  Influence of Magnetic Correlations on Scattering of Current Carriers in Iron Arsenides.

Tu-17.  I. Zhuvagin, V. Vlasenko, B. Massalimov. Lebedev Phys.Inst. RAS. Synthesis and properties of the van der Waals superconductor NaSn2As2.

Tu-18. O. Astafiev. MIPT. Quantum phase slip effect in superconducting systems.

Tu-19. V.V. Ryazanov. MIPT, ISSP RAS. Effect of Ferromagnets on Coherent Transport in Josephson Hybrid Nanostructures.

Tu-20. E. Alekseeva, A. Bolgar, D. Kalacheva, V. Lubsanov, A. Dmitriev, E. Korostylev, O. Astafiev. MIPT, Skoltech. Highly stable aluminum air-bridges with stiffeners.

Thursday, September 25

Th-1. Weijun Cheng. Tsinghua University, Beijing, China. Controllable single-photon wave packet scattering in two-dimensional resonator array by a giant atom.

Th-2. Da-Wei Wang. Tsinghua Univ., China. Thermal noise-immunized quantum state transfer in microwave quantum networks.

Th-3. Yu-Yuan Chen. Tsinghua Univ., China. Manipulation of magnetic systems by quantized surface acoustic waves via the piezomagnetic effect.

Th-4. N. Berezkin, I. Simakov, G. Mazhorin. NUST “MISIS”, RQC, MIPT. Simulation of the three-qubit repetition code on the chain of superconducting qubits with couplers.

Th-5. S.A. Gunin, A.V. Vasenin, V.V. Voskresenskii, A.Yu. Dmitriev, D.A. Kalacheva, Ya.T. Shneidman, T.R. Sabirov, G.P. Fedorov, O.V. Astafiev. MIPT, Skoltech, IRE RAS Resonance Fluorescence in a Three-Level Superconducting System with Resonant Bichromatic Pumping of Transitions.

Th-6. T.A. Chudakova, I.A. Simakov, A.S. Kazmina, N.N. Abramov, M.A. Tarkhov, A.M. Mumlyakov, I.V. Trofimov, N.Yu. Rudenko, V.I. Chichkov, G. S. Mazhorin. NUST “MISIS”, RQC, INME RAS,Implementing fast single-qubit gates beyond 99.99% fidelity on fluxonium qubits.

Th-7. P. Gladilovich, R. Migdisov, P. Burtsev, A. Sabluk, N. Maleeva. NUST “MISIS”, RQC. Long-range coupling between transmon qubits.

Th-8.   E.R. Khan, N.Yu. Rudenko, V.I. Chichkov, S.V. Shitov. NUST “MISIS”, IRE RAS. Superconducting RF Passing Power Detector.

Th-9.    A. Kirkouski, D.Kalacheva, A. Dmitriev, O. Astafiev. MIPT& Skoltech. Minimization of dephasing in multiqubit superconducting quantum devices using three-sweet spot kinemon qubits.

Th-10. E. Konopleva, G. Fedorov, O. Astafiev. Skoltech,MIPT. Topological phases in "Zig-Zag" arrays of superconducting polarization transmons.

Th-11.  E. Matrozova, A.V. Chiginev, L.S. Revin, A.L. Pankratov. Nizhny Novgorod St. Tech. Univ., IPM RAS. Investigation of receiving systems with cold electron bolometers for broadband signal reception.

Th-12. R.A. Migdisov, P.A. Gladilovich, A.V. Sabluk, N.A. Maleeva. NUST “MISIS”. Nonlinear Purcell filter from granular aluminum.

Th-13. D. Pashin, M. Bastrakova, I. Soloviev. Lobachevsky State Univ., Nizhni Novgorod, RQC, MSU. Digital SFQ-Based Control of a Fluxonium Qubit.

Th-14. I.Solovykh, A. Pashchenko, N. Maleeva, N. Klenov, O. Tikhonova, I. Soloviev. MSU, VNIIA, MTUCI , NUST “MISIS”, IRE RAS. Superconducting transmon-based qudit control using few-photon microwave fields.

Th-15. T. Sabirov, A. Dmitriev, S. Gunin, A. Vasenin, O. Astafiev. MIPT, Skoltech. Wave mixing of classical signal and non-classical pulses of single-photon and two-photon generation on a qubit.

Th-16. S.S. Samarin, M.A. Sergeev, A.E. Tolstobrov, Sh.V. Sanduleanu, A.V. Vasenin, G.P. Fedorov, D.A. Kalacheva, A.N. Bolgar, O.V. Astafiev. Skoltech, MIPT, IRE RAS.Problems of experimental discrete-continuum optimization of quantum circuits in Josephson integrated circuits.

Th-17. J. Zotova, E. Lavrina, G. Fedorov, E. Korostylev, D. Kalacheva, A. Bolgar, V. Lubsanov, O. Astafiev. Skoltech,MIPT. Straddling regime of a transmon qubit at high photon population in a readout resonator.

Th-18. O. Astafiev, P. Shlykov, Sh. Sanduleanu, A. Bolgar, A. Vasenin. Skoltech, MIPT. Single artificial atom SASER.

Th-19. V.V. Voskresenskii, A.V. Vasenin, A.Yu. Dmitriev, A.N. Bolgar, D.A. Kalacheva, V.B. Lubsanov, M.-T. Deng, O.V. Astafiev. MIPT,Skoltech, National University of Defense Technology, Changsha, China. Superconducting Single-Photon Source with Tunable Decay Rate for Photon Shaping.

Th-20. A. Yeremeyev, A. Tolstobrov, Gleb Fedorov, Sh. Sanduleanu, Sh. Kadyrmetov, A. Bolgar, D. Kalacheva, O. Astafiev. MIPT, Skoltech. Preparation of entangled states of superconducting qubits via variational quantum algorithms and violation of the CHSH inequality.

Th-21. A. Bolgar. MIPT Superconducting quantum acoustic devices.

Th-22. Ya. Shneidman, S. Gunin, A. Dmitriev, O. Astafiev. Skoltech&MIPT. Cross-correlations in the inelastically scattered light on the three-level system.

Th-23. V. Lubsanov. MIPT. Improving coherent system statistics.

Th-24. A. Tolstobrov, Sh. Kadyrmetov, G. Fedorov, D. Kalacheva. MIPT. Integrated Circuits for Quantum Machine Learning Based on Superconducting Artificial Atoms and Their Control.

Th-25. E. Rosnovskaya, J. Zotova, G. Fedorov, O. Astafiev. MIPT, Skoltech. Investigation of a transmon in a regime at high resonator population.