III Российско-китайский семинар по квантовой
науке и технологиям

11–14 июня 2026, Москва
ENG
С 11 по 14 июня 2026 года в Москве пройдёт III Российско-китайский семинар по квантовой науке и технологиям. Первый семинар состоялся в Москве в 2024 году, вторая — в Китае, и теперь мы с гордостью возвращаем конференцию к первому месту проведения. Конференция вновь организована Российским квантовым центром (РКЦ) и Госкорпорацией «Росатом», продолжая традицию сотрудничества, заложенную в 2024 году. Опираясь на успех предыдущих встреч, третья конференция продолжит укреплять дух партнёрства между Россией и Китаем, способствуя совместным прорывам в быстро развивающейся области квантовых технологий.
Место проведения
Российский квантовый центр
Язык конференций
Английский
Стоимость участия
Бесплатное
Topics
Конференция объединит ведущих экспертов из России и Китая. Приглашённые доклады охватят ключевые темы квантовых технологий, в том числе:
  • QUANTUM COMPUTING
    • Superconducting qubits
    • Semiconductor-based qubits
    • Trapped ions
    • Neutral atoms
    • Photons
    • Quantum algorithms
  • QUANTUM SENSING & METROLOGY
    • Magnetic field
    • Temperature
    • Concentration
    • Optical clocks
    • Gravitation
    • Tension
    • Pressure
    • Electrical metrology
  • QUANTUM SIMULATION ON:
    • Ultracold atoms
    • Superconducting qubits
    • 2D materials
    • Coherent Ising Machine
Сhairs of the organizing committee
  • Aleksey Akimov
    Russian Quantum Center
  • Wei Zhang
    Renmin University of China & Beijing Academy
    of Quantum Information Sciences
Speakers
  • Aleksey Akimov
    Russian Quantum Center
  • Alexey Kavokin
    Russian Quantum Center & Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
  • Anton Nalitov
    Russian Quantum Center & Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
  • Evgeniy Kiktenko
    Russian Quantum Center
  • Junhui Cao
    Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
  • Georgy Shlyapnikov
    Russian Quantum Center
  • Nina Voronova
    National Research Nuclear University MEPhI & Russian Quantum Center
  • Mihail Umanskiy
    Russian Quantum Center
  • Andrey Nikishin
    Russian Quantum Center
  • Murod Bahovadinov
    HSE University & Russian Quantum Center
  • Anton Afanasiev
    Institute of Spectroscopy of the RAS
  • Mihail Petrov
    ITMO University
  • Ilya Simakov
    National University of Science and Technology MISIS & Russian Quantum Center
  • Dmitry Chermoshentsev
    Rosatom
  • Maxim Gorlach
    ITMO University
  • Ilya Beterov
    Rzhanov Institute of Semiconductor Physics SB RAS
  • Tatiana Shubina
    Ioffe Institute
  • Alexey Toropov
    Ioffe Institute
  • Alexander Alodjants
    ITMO University
  • Ilya Semerikov
    Physical Lebedev Institute & Russian Quantum Center
  • Anastasiya Ponosova
    Russian Quantum Center
  • Polina Sharapova
    Russian Quantum Center
  • Sergei Koniakhin
    Russian Quantum Center
  • Tingting Shi
    Beijing Academy of Quantum Information Sciences
  • Wei Zhang
    Renmin University of China & Beijing Academy of Quantum Information Sciences
  • Ren Zhang
    Xi'an Jiaotong University
  • Zhenzhong Hao
    Nankai University
  • Xiao-Ye Xu
    University of Science and Technology of China
  • Xiaoting Wang
    University of Electronic Science and Technology of China
  • Ivan Pyrh
    Russian Quantum Center
  • Darya Salykina
    Russian Quantum Center
  • Ana Grudinina
    Russian Quantum Center
  • Aleksey Akimov
    Russian Quantum Center
  • Alexey Kavokin
    Russian Quantum Center & Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
  • Anton Nalitov
    Russian Quantum Center & Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
  • Evgeniy Kiktenko
    Russian Quantum Center
  • Junhui Cao
    Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
  • Georgy Shlyapnikov
    Russian Quantum Center
  • Nina Voronova
    National Research Nuclear University MEPhI & Russian Quantum Center
  • Mihail Umanskiy
    Russian Quantum Center
  • Andrey Nikishin
    Russian Quantum Center
  • Murod Bahovadinov
    HSE University & Russian Quantum Center
  • Anton Afanasiev
    Institute of Spectroscopy of the RAS
  • Mihail Petrov
    ITMO University
  • Ilya Simakov
    National University of Science and Technology MISIS & Russian Quantum Center
  • Dmitry Chermoshentsev
    Rosatom
  • Maxim Gorlach
    ITMO University
  • Ilya Beterov
    Rzhanov Institute of Semiconductor Physics SB RAS
  • Tatiana Shubina
    Ioffe Institute
  • Alexey Toropov
    Ioffe Institute
  • Alexander Alodjants
    ITMO University
  • Ilya Semerikov
    Physical Lebedev Institute & Russian Quantum Center
  • Anastasiya Ponosova
    Russian Quantum Center
  • Polina Sharapova
    Russian Quantum Center
  • Sergei Koniakhin
    Russian Quantum Center
  • Ivan Pyrh
    Russian Quantum Center
  • Darya Salykina
    Russian Quantum Center
  • Ana Grudinina
    Russian Quantum Center
  • Tingting Shi
    Beijing Academy of Quantum Information Sciences
  • Wei Zhang
    Renmin University of China & Beijing Academy of Quantum Information Sciences
  • Ren Zhang
    Xi'an Jiaotong University
  • Zhenzhong Hao
    Nankai University
  • Xiao-Ye Xu
    University of Science and Technology of China
  • Xiaoting Wang
    University of Electronic Science and Technology of China
Workshop Program
9:00
Registration
Location: Main entrance to the Skoltech building, 1st floor
9:15–09:45
Morning tea
09:45–10:00
Welcoming words
Maxim Ostras, CEO Russian Quantum Center
Marina Avilova, Director of Quantum Technologies Department, Rosatom
Alexey Akimov, Scientific Director, Russian Quantum Center
Chair: Alexey Akimov, Russian Quantum Center
10:00–10:40
Universal scaling in arrays of polariton condensates ands its implications for quantum simulators
Alexey Kavokin, Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies & Russian Quantum Center
10:40–11:20
Quantum advantage in transfer of quantum states
Maxim Gorlach, ITMO University
11:20–12:00
Nonequilibrium supersolids of exciton-polaritons
Anton Nalitov, Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies & Russian Quantum Center
12:00–12:40
Sampling as a design principle for quantum algorithms
Evgeniy Kiktenko, Russian Quantum Center
12:40–13:40
Lunch
Chair: Alexey Kavokin, Moscow Institute of Physics and Technologies & Russian Quantum Center
13:40–14:20
Pareto-Front Engineering of Dynamical Sweet Spots in Superconducting Qubits
Xiaoting Wang, University of Electronic Science and Technology of China
14:20–15:00
Artificial Polariton Spin Ice
Junhui Cao, Abrikosov Center for Theoretical Physics (ACTP), Moscow Institute of Physics and Technologies
15:00–15:40
Quantum advantage in many-body systems
Georgy Shlyapnikov, Russian Quantum Center
15:40–16:10
Tea Break
Chair: Gregory Goltsman, Moscow Pedegogical State University & Russian Quantum Center
16:10–16:50
Bosonic and hydrodynamic regimes of exciton-polariton ring Josephson junctions
Nina Voronova, National Research Nuclear University MEPhI & Russian Quantum Center
16:50–17:10
Stable long-time simulation of fermionic quantum transport by tape-recorder coarse graining
Mikhail Umanskii, Russian Quantum Center
17:10–17:30
Luttinger’s Theorem and Topological Invariants in Fractional Chern Insulators
Andrey Nikishin, Moscow Institute of Physics and Technology & Russian Quantum Cente
17:30–17:50
Ergodicity in a hole-doped Anderson spin insulator
Murod Bahovadinov, HSE University & Russian Quantum Center
17:50–18:10
Tune-out wavelength for the thulium atom
Ivan Pyrh, Russian Quantum Center
18:10–18:50
Planar technologies for quantum sensing based on cold atoms
Anton Afanasiev, Institute of Spectroscopy of the RAS
18:50–22:00
Welcome Dinner
09:30–10:00
Morning Tea
Chair: Stanisalv Straupe, Russian Quantum Center & Sberbank & Moscow State University
10:00–10:40
Subradiant Multiphoton States in Ordered Arrays of Quantum Emitters
Mihail Petrov, ITMO University
10:40–11:20
Boosting Gaussian Boson Sampling using Optical Parametric Amplification Networks
Xiao-Ye Xu, University of Science and Technology of China
11:20–12:00
Amplitude-robust entanglement generation in atomic arrays with individual addressing capability
Ilya Beterov, Rzhanov Institute of Semiconductor Physics SB RAS
12:00–12:40
Cascaded nonlinear frequency conversion in periodically poled lithium niobate waveguides
Zhenzhong Hao, Nankai University
12:40–13:40
Lunch
Chair: Alexey Rubtsov, Russian Quantum Center
13:40–14:20
Interaction-Induced Dimension Reduction and Universal Bound States in Microwave Shielded Ultracold Molecules
Tingting Shi, Beijing Academy of Quantum Information Sciences
14:20–15:00
Efimovian Phonon Production for an Analog Coasting Universe in Bose-Einstein Condensates
Ren Zhang, Xi'an Jiaotong University
15:00–15:40
Coherent superposition of resonantly scattered and emitted single photons from atwo-level system
Tatiana Shubina, Ioffe Institute
15:40–16:10
Tea Break
Chair: Georgy Shlyapnikov, Russian Quantum Center
16:10–16:30
Beyond Two-Qubit Gates: Realizing High-Fidelity Native Three-Qubit Operations in a Fluxonium Processor Unit
Ilya Simakov, National University of Science and Technology MISIS & Russian Quantum Center
16:30–16:50
Collective Excitations and Stability of Nonequilibrium Polariton Supersolids
Anna Grudinina, Russian Quantum Center
16:50–19:00
Poster Session
01
Two-parameter families of matrix product operator integrals of motion in Heisenberg spin chains
Vsevolod I. Yashin
02
Control of electron dynamics by powerful phase-stabilized terahertz pulses
Ya.O. Romanovskii, A.V. Mitrofanov, M.V. Rozhko, E.E. Serebryannikov, D.S. Moiseev, A.B. Fedotov and D.A. Sidorov-Biryukov
03
Qubit Gateset on Trapped-Ion Ququarts
A.S. Nikolaeva, P.A. Kamenskikh, D.A. Drozhzhin, N.V. Semenin, I.V. Zalivako, E.O. Kiktenko, N.N. Kolachevsky
04
Using anti-squeezed Schrödinger cat states for detection of a given phase shift
Gorshenin, V. L., Dyadkin, K. D., Chikalkin, S. D.
05
Surface ion trap with an SSPD and integrated photonics
S. Zarutskiy, A. Podlesnyy, K. Sedykh, Y. Suleimen, V. Baturo, V. Kovalyuk, G. Goltsman, K. Lakhmanskiy
06
Nonlinear quantum interferometry with interacting photons
Elena Skirdova, Nina Voronova
07
Application of optical squeezing to microresonator based optical sensors
D. Salykina, D. Shakhbaziants, I. Bilenko, F. Khalili
08
Macroscopic quantum object at room temperature
Yu. Bunkov
09
Quantum logic with 40Ca+ ions in the cryogenic surface trap
А. Podlesnyy, A. Kadykov, A. Chuev, A. Prozorovskaya, S. Zarutskiy, V. Baturo, K. Lakhmanskiy
10
Optical Potts Machine Proof-of-Concept Demonstration Realized in the System of Coupled Integrated Microresonators
N. Tatarinova, A. Shitikov, V. Lobanov, I. Bilenko, D. Chermoshentsev
11
Experimental Realization of Octupole Transition Spectroscopy in 171Yb+
Iurii Anosov, Alexander Borisenko, Ilya Zalivako, Ilia Semerikov, Ksenia Khabarova, Nikolay Kolachevsky
12
Formation of 2D-MOT (410 nm) and 3D-MOT (530 nm) with continuous loading of thulium atoms
Smaznova Kh.T., Babichev K.O., Tregubov D.O., Kolachevsky N.N., Golovizin A.A.
13
Creation of large entangled photonic states with single-photon-boosted type-I fusion gates
Aleksandr Melkozerov, Stanislav Straupe, Mikhail Saygin
14
Quantum random number generator with optically injection-locked pulsed laser
Anastasiia Lavrova, Dmitry Shkrabin, Maxim Fadeev, Vadim Makarov, Roman Shakhovoy and Anastasiya Ponosova
15
Resource-efficient generation of GHZ-like states
Suren Fldzhyan, Stanislav Straupe, Mikhail Saygin
16
Toward a 171Yb Neutral-Atom Quantum Computer
M.M. Prutovykh, K.O. Babichev, N.Yu. Shlykov, D.O. Tregubov, I.Yu. Makarychev, A.A. Golovizin, N.N. Kolachevsky
17
Reservoir computing with a single trapped‑ion quantum memristor
A. Frolova, S. Stremoukhov, P. Forsh, K. Khabarova, N. Kolachevsky
18
Characterization of surface trap using quadrupole transition spectroscopy
А. Russkikh, I. Gerasin, N. Zhadnov, Ilia Zalivako, Alexander Borisenko, I. Semerikov, N. Kolachevsky
19
Theoretical Investigation of Dual-Laser SIL Microcomb Dynamics
D. M. Sokol, A. E. Shitikov, I. A. Bilenko, D. A. Chermoshentsev
20
Multimode squeezed light generation by type-0 and type-II parametric down-conversion
A. Chudakov, V. Severin, A. Poshevkina, D. Malyshev, K.Kuznetsov, O. Tikhonova, D. Kalashnikov, P. Sharapova
21
Generation of Bright Squeezed Vacuum in LNOI Waveguides
А. A. Poshevkina, P. R. Sharapova
22
Decay Rates in Interleaved Benchmarking with Single-Qubit References
Arina Zotova, Ilya Simakov, Grigiriy Mazhorin
09:30–10:00
Morning Tea
Chair: Alexander Chernov, Moscow Institute of Physics and Technologies & Russian Quantum Center
10:00–10:40
Quantum computation with ytterbium ions using Qudits
Ilya Semerikov, Physical Lebedev Institute & Russian Quantum Center
10:40–11:20
Testing of instantaneous coherent quantum speed limit with trapped ions
Wei Zhang, Renmin University of China & Beijing Academy of Quantum Information Sciences
11:20–12:00
Telecom C-band single-photon sources based on a metamorphic quantum dot microcavity
Alexey Toropov, Ioffe Institute
12:00–12:20
Evolution of practical security challenges in quantum key distribution
Anastasiya Ponosova, Russian Quantum Center
12:20–12:40
Amplified quantum nondemolition measurements of optical quadratures using quadratic nonlinearity
Daria Salykina, Russian Quantum Center
12:40–13:40
Lunch
Chair: Farit Khalili, Russian Quantum Center
13:40–14:20
Multimode squeezed light: generation, characterization, applications
Polina Sharapova, Russian Quantum Center
14:20–14:40
Discrete symmetry-driven control of orbital angular momentum in photonic systems
Sergei Koniakhin, Russian Quantum Center
14:40–15:20
Brain-Inspired Photonic Networks for Quantum Memory and Computing
Alexander Alodjants, ITMO University
15:20–16:00
Integrated platform for squeezed state generation and coherent optical computing
Dmitry Chermoshentsev, Rosatom
16:00–16:20
Closing Remarks
Alexey Akimov, Russian Quantum Center
Wei Zhang, Renmin University of China & Beijing Academy 
of Quantum Information Sciences
16:20–16:50
Tea Break
16:50–19:00
Lab Tour
09:00–13:30
Cultural Program
Место проведения семинара
Российский квантовый центр21205, г. Москва,
Территория Инновационного Центра «Сколково»,
Большой бульвар, д. 30, стр. 1
conference@rqc.ruорганизационный комитет
Организатор
III РОССИЙСКО-КИТАЙСКИЙ СЕМИНАР ПО КВАНТОВОЙ НАУКЕ И ТЕХНОЛОГИЯМ
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