List of winners of the 2022 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 | Formation of an explicit level of description of algorithm implementations in the Open Encyclopedia | Alexander Antonov |
2 | Mathematical modeling | Mathematical modeling, analysis and control of complex systems in the economy | 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 analytic objects | Valery Beloshapka |
5 | Fundamental and Applied Mathematics | Super- and hypersonic turbulent boundary layer. Asymptotic structure and similarity laws | Igor Vigdorovich |
6 | Theoretical mathematics | Functional-differential and integro-differential equations and their applications | Viktor Vlasov |
7 | Fundamental and Applied Mathematics | Development of the apparatus of tensor-nonlinear isotropic functions of one and two tensor arguments in the theory of constitutive relations of the MCC | Dmitry Georgievsky |
8 | Theoretical mathematics | The geometry of Diophantine approximations | German Oleg Nikolaevich |
9 | High Performance Computing | Development of high-performance methods for modeling and designing tomographs in wave models on a supercomputer | Alexander Goncharsky |
10 | Fundamental and Applied Mathematics | Analytical and numerical methods for calculating the effective characteristics of elastic and inelastic composites | Vladimir Gorbachev |
11 | Mathematical modeling | Probabilistic-statistical models and methods for analyzing heterogeneous data using machine learning | Andrey Gorshenin |
12 | High Performance Computing | Direct and inverse problems in the optics of thin films and nanocoatings | Fedor Grigoriev |
13 | Theoretical mathematics | Geometry, singularity theory and mathematical physics | Sabir Huseyn-Zade |
14 | Mathematical modeling | Semiclassical models of quantum nanoplasmonics | Yury Eremin |
15 | Theoretical mathematics | Linear-algebraic research methods in algebra and combinatorics | Mikhail Zaitsev |
16 | Fundamental and Applied Mathematics | Gas-dynamic and magnetohydrodynamic models in problems of astrophysics | Vladislav Izmodenov |
17 | Theoretical mathematics | Group theory and related fields | Anton Klyachko |
18 | Theoretical mathematics | Features of integrated systems | Andrey Konyaev |
19 | Theoretical Computer Science and Discrete Mathematics | Optimal synthesis of control systems and related issues of discrete mathematics | Vadim Kochergin |
20 | Theoretical Computer Science and Discrete Mathematics | Synthesis of architectures of neural networks in the "structure-property" problem for training samples of small size | Mikhail Kumskov |
21 | Mathematical modeling | Methods for solving control and optimization problems under conditions of uncertainty and real information | Alexander Kurzhansky |
22 | Theoretical Computer Science and Discrete Mathematics | Estimating the complexity characteristics of Boolean functions and graphs | Sergey Lozhkin |
23 | Theoretical mathematics | Models and methods of queuing theory in the analysis of information and communication systems | Igor Lomov |
24 | Theoretical mathematics | Noncommutative geometry and topology | Vladimir Manuilov |
25 | Fundamental and Applied Mechanics | Mathematical modeling of the formation of non-ferrous metal deposits during degassing of magma chambers | Oleg Melnik |
26 | Theoretical mathematics | Actual problems of the theory of equations of mixed type | Evgeniy Moiseev |
27 | Mathematical modeling | Mathematical modeling of multiscale interaction of the atmosphere with an inhomogeneous underlying surface | Evgeniy Mortikov |
28 | Mathematical modeling | Development of methods for solving inverse and ill-posed problems of mathematical physics | Alexander Razgulin |
29 | Theoretical mathematics | Homogeneous spaces with transitive action of groups approximable by isometry groups | Yury Sadovnichiy |
30 | Mathematical modeling | Development of models and methods for controlling a swarm of spacecraft | Vasily Sazonov |
31 | Mathematical modeling | Development of algorithms for calculating multiloop Feynman integrals and their application in physics problems | Alexander Smirnov |
32 | Mathematical modeling | Using Supercomputer Docking to Find New Direct-Acting Antivirals to Suppress SARSCoV2 Coronavirus | Vladimir Sulimov |
33 | Theoretical mathematics | Algebraic groups, Lie algebras and automorphisms of algebraic varieties | Dmitry Timashev |
34 | Theoretical Computer Science and Discrete Mathematics | Models and methods of queuing theory in the analysis of information and communication systems | Vladimir Ushakov |
35 | Fundamental and Applied Mechanics | Analysis of possibilities, areas of applicability and methods for identifying nonlinear constitutive relations of viscoelasticity Yu.N. Rabotnova and B.E. Pobedri and their applications in modeling | Andrey Khokhlov |
36 | Theoretical mathematics | Approximation, extremal problems and applications | Igor Tsarkov |
37 | Computational Mathematics | Algorithm for solving large sparse linear systems of linear equations over a finite field (Lanczos-Padé algorithm) | Mikhail Cherepnev |
38 | Computational Mathematics | Theory and numerical analysis of cold plasma equations | Evgeny Chizhonkov |
39 | Theoretical mathematics and mathematical modeling | Nonlinear problems of the theory of active media | Alexey Shamaev |
40 | Theoretical mathematics | Analytic measure theory and its applications to stochastic analysis | Stanislav Shaposhnikov |
41 | Fundamental and Applied Mechanics | Research and implementation of a geometrically and physically nonlinear coupled consolidation model | Sergey Sheshenin |
42 | Theoretical mathematics | Spectral theory of general and differential operators and its applications | Andrey Shkalikov |