List of winners of the 2023 contest for scientific research at the Moscow Center of Fundamental and Applied Mathematics:
| # | Scientific direction | Scope (name of the study) | Team leader |
|---|---|---|---|
| 1 | High Performance Computing | Creation of a new technological platform for the system of interactive three-dimensional visualization of information graphs | Alexander Antonov |
| 2 | Mathematical Modeling | Mathematical modeling, analysis and control of complex systems | Lyudmila Artemyeva |
| 3 | Theoretical Mathematics | Boundary integral equations and boundary value problems of mathematical physics | Elena Baderko |
| 4 | Theoretical Mathematics | Geometry of complex space and continuation of analytical objects | Valery Beloshapka |
| 5 | Fundamental and Applied Mechanics | Supersonic and hypersonic turbulent boundary layer. Asymptotic structure and semblance laws | Igor Vigdorovich |
| 6 | Fundamental and Applied Mechanics | Stability of Deformation Processes with Respect to Perturbations of Material Functions | Dmitrii Georgievsky |
| 7 | Theoretical Mathematics | Geometry of Diophantine Approximations | Oleg German |
| 8 | Mathematical Modeling | Development and numerical realization of a multiscale mathematical model of the human circulatory system as a whole | Vasily Goloviznin |
| 9 | High Performance Computing | Development of the high-performance methods for modeling and designing of the tomography in waveform models on the supercomputer | Alexander Goncharsky |
| 10 | Mathematical Modeling | Methods for Research of Complex Systems Based on Probabilistic Models and Machine Learning Algorithms | Andrey Gorshenin |
| 11 | High Performance Computing | Direct and Inverse Problems in Optics of Thin Films and Nanocoatings | Fyodor Grigoriev |
| 12 | Theoretical Mathematics | Geometry, Particle Theory and Mathematical Physics | Sabir Gusein-Zade |
| 13 | Mathematical Modeling | Quasi-Classical Models of Quantum Nanoplasmonics | Yury Eremin |
| 14 | Theoretical Mathematics | Linear algebraic research methods in algebra and combinatorics | Mikhail Zaitsev |
| 15 | Mathematical Modeling | Construction of Mathematical Model of Financial Instrument with Material-Collateralization | Maxim Zapletin |
| 16 | Fundamental and Applied Mechanics | Branched cracks in three-dimensional space | Alexander Zvyagin |
| 17 | Fundamental and Applied Mechanics | Gas-dynamic and magnetohydrodynamic models in astrophysics problems | Vladislav Izmodenov |
| 18 | Theoretical Mathematics | Actual problems of the theory of mixed type equations | Nikolay Kapustin |
| 19 | Theoretical Mathematics | Group Theory and Related Fields | Anton Klyachko |
| 20 | Theoretical Mathematics | Features of Integrated Systems | Andrey Konyaev |
| 21 | Theoretical Computer Science and Discrete Mathematics | The problems of optimal synthesis of control systems and related problems of discrete mathematics | Vadim Kochergin |
| 22 | Mathematical Modeling | Methods of solution of control and optimization tasks under uncertainty and real information conditions | Alexander Kurzhansky |
| 23 | Theoretical Mathematics | Mathematical modeling of the related geomechanical processes with changing properties of the medium taking into account finiteness of deformations (and their redistribution) using high-performance calculations | Vladimir Levin |
| 24 | Theoretical Computer Science and Discrete Mathematics | Estimations of complex characteristics of Boolean functions and circuits | Sergey Lozhkin |
| 25 | Theoretical Mathematics | Solving Actual Problems of Nonclassical Problems of Mathematical Physics | Igor Lomov |
| 26 | Mathematical Modeling | Development of neural network methods for image quality enhancement in extreme conditions | Andrey Lukyanitsa |
| 27 | Theoretical Mathematics | Non-commutative Geometry and Topology | Vladimir Manuilov |
| 28 | Mathematical Modeling | Mathematical modeling of multiscale interaction between the atmosphere and heterogeneous underlying surface | Evgeniy Mortikov |
| 29 | Fundamental and Applied Mechanics | Numerical and Analytical Methods for Investigating Dynamics Features in the Gravitational Field of Small Celestial Bodies with Irregular Mass Distribution | Vasily Nikonov |
| 30 | Mathematical Modeling | Development of methods for solving inverse and incorrectly posed problems of mathematical physics | Alexander Razgulin |
| 31 | Theoretical Mathematics | Functional-Differential and Integro-Differential Equations and Applications | Nadezhda Rautian |
| 32 | Theoretical Mathematics | Homogeneous Spaces with Transitive Action of Groups Approximated by Groups of Isometries | Yury Sadovnichy |
| 33 | Mathematical Modeling | Development of Models and Methods of Spacecraft Swarm Control | Vasily Sazonov |
| 34 | Mathematical Modeling | Development of Algorithms for Computation of the Multiple Loop Feynman Integals and their Application to the Problems of Elementary Particle Physics and Quantum Field Theory | Alexander Smirnov |
| 35 | Mathematical Modeling | Computational Modeling of Detonation Combustion in Supersonic Flows | Nikolay Smirnov |
| 36 | Theoretical Mathematics | Algebraic Groups, Lie Algebras, and Automorphisms of Algebraic Varieties | Dmitriy Timashev |
| 37 | Fundamental and Applied Mechanics | Analysis of properties and applicability of the family of nonlinear Maxwell-type defining relations for thixotropic viscoelastic-plastic media, and their applications in modeling | Andrey Khokhlov |
| 38 | Theoretical Mathematics | Approximation, extreme problems and applications | Igor Tsarkov |
| 39 | Theoretical Mathematics | Non-linear Analysis of Differential Equations | Grigory Chechkin |
| 40 | Theoretical Mathematics | Studies of arithmetic functions, Riemann zeta-functions and Dirichlet arithmetic series and their applications | Vladimir Chubarikov |
| 41 | Theoretical Mathematics, Mathematical Modelling | Non-linear Problems of Active Medium Theory | Alexey Shamaev |
| 42 | Theoretical Mathematics | Non-linear Problems of Measure Theory | Stanislav Shamashnikov |
| 43 | Fundamental and Applied Mechanics | Investigation and Realization of Geometrically and Physically Nonlinear Related Consolidation Model | Sergey Sheshenin |
| 44 | Theoretical Mathematics | Spectral Theory of General and Differential Operators and its Applications | Andrey Shkalikov |

