Research Priorities in Sciences and Humanities at Moscow State University

1. Hydrodynamics of high speed and non-stationary processes
2. Stability of hydrodynamic currents and turbulence
3. Mechanics of ambiences, interacting with electric and magnetic fields
4. Movement of continuums with physical-chemical transformations
5. Gas dynamics and heat exchange
6. Mechanics of natural processes
7. Biomechanics
8. Problems of dynamic force impact on continuums and solid structures
9. Dynamics, stability and durability of thin-walled structures
10. Creepage, plasticity, high-temperature durability of materials and structure elements
11. Mechanics of multi-component and multiphase continuums
12. Problems of controlling mobile robots movement
13. Dynamics of solids moving in continuum
14. Methods of nonlinear mechanical systems analysis, evaluation and management
15. Telecommunication and information-computational technologies in mechanics

1. Cosmic rays astrophysics
2. Cosmic physics
3. High energy physics
4. Interaction of radiation with matter
5. Nuclear physics
6. Development of information technologies and telecommunications
7. Introducing modern physics methods into students instruction

1. Cosmology, gravitation, extragalactic astronomy
2. Galactic astronomy
3. Physics of interstellar ambience
4. Physics and the evolution of stars
5. Physics of the Sun and Solar system
6. Parameters of the Earth rotation; building coordinates system and scales of time
7. Celestial mechanics and dynamics of Solar system objects
8. Equipment and methods of astronomical observations. History of astronomy

1. Biology of cell and cellular organelles
2. Bioenergetics; photosynthesis
3. Mathematical models in biology
4. Molecular virology
5. Genome structure, expression and evolution
6. Enzymology and biotechnology

1. Structural-functional role of soil in biosphere

1. Problems of man’s evolution: anthropogenesis, morphology of main systems of organism, reconstruction of sociogenesis and behavior patterns
2. Micro-evolutionary processes in Homo sapiens: genetic driftage, mixture, selection, historical variability, ethno genesis
3. Anthropological ecology: mankind in natural and anthropogenic habitat, paleoecology, prediction models
4. Theoretical and applied morphology of man: biometrics, ontogenesis, individual and group somatology
5. Auxology: main regularities in growth and development; patterns and factors of growing up processes; individual and population monitoring of growing up processes; acceleration and secular trend
6. Museum: anthropological and ethno-cultural diversity of mankind in ancient and contemporary times. Research, systematization, cataloguing, exhibits storage; collections display, excursions and educational programmes

1. Cosmological models based on relativist gravitation theory
2. Quantification and classical solutions
3. Quantification of gravitational fields
4. Quantification of nonlinear fields

1. Spectral theory of operators and its applications in dynamic systems
2. Complex system analysis, diagnostics and control
3. Mathematical modelling of yeast plant mitochondrial metabolism

1. Fundamental problems of high-performance computing and data processing
2. Fundamental problems of information systems construction. Methodology, technology and security of large information systems
3. Mathematical modelling, methods of computational and applied mathematics to be used for research in various disciplines
4. Modern computer technologies in education

1. Ancient world culture
2. Culture and science in medieval and modern Europe
3. Christian culture
4. Russian culture and literature
5. Culture and languages of Eurasian ethnic minorities

1. Museology and museum pedagogy in university education in the field of Earth Sciences
2. Problems of earth sciences, geodynamics, ecology, and museum component in university education

1. Mathematical problems of cryptography
2. Computer network cyber-attacks identification and classification
3. Humanitarian problems of information security

1. Fundamental problems in laser physics and nonlinear optics
2. Physical basis of laser technologies
3. Laser chemistry, biophysics, and biomedicine
4. Superstrong light fields production and their application
5. Physics of surface and nanostructures
6. Quantum computers and quantum information processing

1. The individual as an agent of social change: social, humanitarian, and psychological problems
2. Mass consciousness development problems.
3. Political relations in Russian society: power, democracy, personality
4. Information systems

1. Modern psychological-pedagogical concepts and technologies in foreign language teaching

1. Linguistic investigation in modern Russian language
2. Theory and practice of teaching Russian as foreign language
3. Theory and practice of teaching the humanities, social-economic disciplines and sciences to international students at pre-university stage
4. Development of new teaching technologies
5. Information technologies in education
6. Comparative study of the world educational systems. International academic mobility problems and education documents validation

1. Methodological basis for engineering survey and designing protection constructions in seismic regions

1. Informatics
2. Mathematical cybernetics
3. Mathematical modeling
4. Number analysis
5. Theoretical mechanics
6. Topology
7. Optimal control
8. Theory of probabilities and mathematical statistics
9. Differential equations
10. System programming

1. Magnetic-resonance tomography
2. Radiospectroscopy

1. Methodological basis for developing research Universities’ Specilized Academic Centres potential
2. Pedagogy. Development of science education

1. World outlook as the basis of social sciences today (interdisciplinary approach)

1. Methodology of in-service and pre-service training specialists in the sphere of ecology and efficient nature management
2. Integrative methods of habitat ecological diagnostics

1. Developing software for library computerization
2. Integrative study of 11th - 19th century manuscripts (historical-cultural analysis, linguistic and literary critical investigation)
3. The book as a cultural phenomenon (the analysis of 14th-20th century’s publications scholarly descriptions)
4. Archive document as the basis for academic source study (archive’s formation, study, description)

1. Developing methods of students‘ physical education

1. History of Moscow State University

1. Primary processes in photosynthesis
2. Protein biosynthesis and its regulation

1. Southern Russia and Ukraine development: evolution, functioning and resources