Deparment

Field of study (group of research specializations)

Specialization

Specifications

FN-1 "Higher Mathematics"

2.3 Information technology and telecommunications

2.3.1 Systems analysis, data management and processing, statistics

Formalization and formulation of problems involving systems analysis, optimization, management, decision-making, data processing and artificial intelligence

1.2 Computer science and information science

1.2.2 Mathematical modeling, numerical methods and software packages

Development of novel mathematical methods and algorithms for validating mathematical models of objects based on either empirical data or analysis of mathematical models

FN-2 "Applied Mathematics"

1.2 Computer science and information science

1.2.2 Mathematical modeling, numerical methods and software packages

Development of novel mathematical methods for simulating objects and phenomena (in physical and mathematical sciences)

FN-3 "Theoretical Mechanics"

1.1. Mathematics and Mechanics

1.1.7 Theoretical Mechanics, Dynamics of Machines

Theory of oscillations of mechanical systems

1.1. Mathematics and Mechanics

1.1.9 Fluid, Gas and Plasma Mechanics

Hydrostatics (fluids and gases at rest in equilibrium)

FN-4 "Physics"

1.1. Mathematics and Mechanics

1.1.9 Fluid, Gas and Plasma Mechanics

Laws of rheological behavior for homogeneous and multiphase fluid media subjected to mechanical loads and other effects

1.3. Physical Science

1.3.2. Instrumentation and methods of experimental physics

Investigating physical phenomena and processes that may be used to develop innovative instrumentation and methods for experimental physics

1.3.3. Theoretical Physics

Classical and quantum field theory. Theory of fundamental interactions. The study of small-scale high-energy phenomena. Unified models of fundamental interactions. Development of mathematical methods for field theory. Supergravity and superstring theory, models with extra dimensions, AdS/CFT correspondence, holographic models

1.3.6. Optics

Further investigation of the physical foundations of wave optics, including the physics underlying such phenomena as interference, diffraction, polarization and light coherence

1.3.8. Condensed Matter Physics

Analytical and experimental investigation of the physical nature and properties of inorganic and organic compounds in both crystalline (mono- and polycrystalline) and amorphous states, including composites and heterostructures, as determined by their chemical and isotopic composition, temperature and pressure

FN-5 "Chemistry"

1.4. Chemical science

1.4.4. Physical chemistry

Combining experimental and analytical approaches to determining the parameters describing the energy and structural dynamics underlying the structure of molecules and molecular compounds, as well as the spectral characteristics of said molecules and compounds

FN-11 "Computational Mathematics and Mathematical Physics"

1.2 Computer science and information science

1.2.2 Mathematical modeling, numerical methods and software packages

Development of numerical modeling and simulation systems, algorithms and methods of simulation modeling based on the analysis of mathematical models (for engineering sciences)

1.1. Mathematics and Mechanics

1.1.8. Mechanics of deformable solids

Laws of deformation, fault and failure evolution for materials, including natural, artificial and emergent ones

FN-12 "Mathematical Modeling"

1.2 Computer science and information science

1.2.2 Mathematical modeling, numerical methods and software packages

Development, validation and testing of efficient computational methods using modern computer technology