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Mathematics in Quantum Technologies - 2022
(December 5–8, 2022, Moscow)

The conference "Mathematics in Quantum Technologies - 2022" continues the tradition of working seminars of the Department of Mathematical Methods of Quantum Technologies of the Moscow Institute of Sciences, which are held at the Mathematical Institute. V.A. Steklov of the Russian Academy of Sciences since 2017. This conference will be devoted to the discussion of problems in various fundamental areas related to the application of mathematical methods in the problems of quantum technologies, including quantum information theory, control of quantum systems, the theory of open quantum systems, quantum cryptography, quantum chaos, quantum adiabaticity and other areas. Quantum mechanics is one of the key scientific areas that serve to describe the fundamental aspects of the surrounding reality. At the same time, the mathematical methods of quantum mechanics play an important role in describing and solving various applied problems, such as in the physics of condensed matter, quantum cryptography, micro and nanoelectronics. The fruitful interaction of various mathematical areas, such as algebra, functional analysis, logic, etc., with various aspects of quantum theory has given rise to many related areas of research, which this conference will be devoted to.

Program Committee
Pechen Alexander Nikolaevich (Chairman)
Ageev Dmitry Sergeevich (Scientific Secretary)
Kronberg Dmitry Anatolevich
Lychkovskiy Oleg Valentinovich
Teretenkov Aleksandr Evgenevich

Organizing Committee
Pechen Alexander Nikolaevich (Chairman)
Ageev Dmitry Sergeevich (Scientific Secretary)

Financial support
The conference is supported by the Ministry of Science and Higher Education of the Russian Federation (the grant to the Steklov International Mathematical Center, agreement no. 075-15-2022-265).


Institutions
Steklov Mathematical Institute of Russian Academy of Sciences, Moscow
Steklov International Mathematical Center


Mathematics in Quantum Technologies - 2022, Moscow, December 5–8, 2022

December 5, 2022 (Mon)
1. Amplification of Quantum Transfer and Quantum Ratchet
S. V. Kozyrev
December 5, 2022 11:00–11:45, Moscow
2. Complementarity relations for measurements assigned to quantum designs
A. E. Rastegin
December 5, 2022 11:45–12:30, Moscow
3. Some new forms of the adiabatic theorem: finite temperature and energy gap regularization
N. B. Ilin
December 5, 2022 12:30–13:15, Moscow
4. Decoherence rate in an exactly solvable model of an open quantum system
A. S. Trushechkin
December 5, 2022 14:00–14:45, Moscow
5. On optimization of coherent and incoherent controls in one- and two-qubit open systems
O. V. Morzhin
December 5, 2022 14:45–15:30, Moscow
6. Higher-order traps in quantum control problems
B. O. Volkov
December 5, 2022 15:30–16:15, Moscow
7. Infinite-dimensional Hamiltonians and their Koopman representation
V. A. Glazatov
December 5, 2022 16:15–17:00, Moscow

December 6, 2022 (Tue)
8. Quantum states and finitely additive measures on the sphere of a Hilbert space
V. Zh. Sakbaev
December 6, 2022 11:00–11:45, Moscow
9. Postselective transformations of quantum states and the role of quantum maximum relative entropy
D. A. Kronberg
December 6, 2022 11:45–12:30, Moscow
10. Quantum many-body systems: from characterization to control
A. K. Fedorov
December 6, 2022 12:30–13:15, Moscow
11. Environment as a resource for controlling quantum systems
A. N. Pechen
December 6, 2022 14:00–14:45, Moscow
12. Quantum linear kinetic equations for the system and reservoir
A. E. Teretenkov
December 6, 2022 14:45–15:30, Moscow
13. Laser field driven H2 dissociation on Mo-Mo2C catalyst surface and electric current formation
K. A. Lyakhov
December 6, 2022 15:30–16:15, Moscow
14. On states of quantum theory
Amir Arab
December 6, 2022 16:15–17:00, Moscow

December 7, 2022 (Wed)
15. Formalization of time-bidirectional states for describing quantum experiments with post-selection
E. O. Kiktenko
December 7, 2022 11:00–11:45, Moscow
16. Algebraic approach to dynamics of open multi-mode bosonic systems
A. V. Kozubov
December 7, 2022 11:45–12:30, Moscow
17. Entanglement as a resource for ensemble coherence and path information
A. D. Kodukhov
December 7, 2022 12:30–13:15, Moscow
18. On the extension of completely positive semigroups on operator systems to semigroups on C*-algebras.
V. I. Yashin
December 7, 2022 14:00–14:45, Moscow
19. Explicit attacks on the BB84 protocol with partially distinguishable photons
D. V. Babukhin
December 7, 2022 14:45–15:30, Moscow
20. Extension of a family of projectors to a positive operator-valued measure
December 7, 2022 15:30–16:15, Moscow
21. Implementation of high-precision two-qubit gates on fluxonium qubits with tunable interaction
I. N. Moskalenko
December 7, 2022 16:15–17:00, Moscow
22. Simulation of a five-qubit quantum error correction code on a superconducting platform
December 7, 2022 17:00–17:45, Moscow

December 8, 2022 (Thu)
23. Quantum dynamics by recursion method: recent developments and prospects
O. V. Lychkovskiy
December 8, 2022 11:00–11:45, Moscow
24. Channels of Information Leakage in Quantum Key Distribution Systems
D. V. Sych
December 8, 2022 11:45–12:30, Moscow
25. Fate of periodic classical trajectories and weakly scarred quantum dynamics of many-spin systems.
I. V. Ermakov
December 8, 2022 12:30–13:15, Moscow
26. Some controlled and uncontrolled degenerate four-level quantum systems
A. A. Myachkova
December 8, 2022 14:00–14:15, Moscow
27. Some results on the complete controllability of closed quantum systems with a dipole structure of the interaction Hamiltonian
S. A. Kuznetsov
December 8, 2022 14:15–14:30, Moscow
28. Quantum dynamics after local quenches in massive field theories
D. S. Ageev
December 8, 2022 14:30–15:00, Moscow
 
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