The task of the educational program is to study the general principles of generation, transmission, reception, registration and analysis of oscillations and waves of various physical nature and different frequency ranges, as well as their application in fundamental and applied research. The commonality of the studied radiophysical principles of radiation, propagation, interaction and transformation of oscillations and waves in various media, including inhomogeneous, nonlinear and non-stationary ones, makes it possible to include radiophysical methods as a universal means of studying the environment at various levels: from the microworld to outer space.
The area of professional activity of graduates who have mastered the postgraduate program includes solving problems that require the application of fundamental knowledge in the field of physics and astronomy.
1. Development of physical foundations of generation, amplification and conversion of oscillations and waves of various nature (electromagnetic, acoustic, plasma, mechanical), as well as autowaves in nonequilibrium chemical and biological systems. Search for ways to create highly efficient sources of coherent radiation of millimeter, submillimeter and optical ranges, technical development of new frequency and power ranges.
2. Study of linear and nonlinear processes of radiation, propagation, diffraction, scattering, interaction and transformation of waves in natural and artificial media.
3. Development, research and creation of new electrodynamic systems and devices for the formation and transmission of radio signals: resonators, waveguides, filters and antenna systems in the radio, optical and infrared range.
4. Study of fluctuations, noise, random processes and fields in lumped and distributed stochastic systems (statistical radiophysics). Creation of new methods of analysis and statistical processing of signals in conditions of interference. Development of a statistical basis for the transfer of information. Research of nonlinear dynamics, space-time chaos and self-organization in non-equilibrium physical, biological, chemical and economic systems.
5. Development of scientific foundations and principles of active and passive remote diagnostics of the environment based on modern methods for solving inverse problems. Creation of systems for remote monitoring of the geo-, hydrosphere, ionosphere, magnetosphere and atmosphere. Radio astronomy research of near and far space.
6. Development of physical foundations and creation of new wave technologies for modification and processing of materials.
7. Development of theoretical and technical foundations for new methods and communication systems, navigation, active and passive location systems based on the use of radiation and reception of wave fields of various physical nature and the development of new frequency ranges.
The types of professional activities for which graduates who have mastered the postgraduate program are preparing:
- research activities in the field of physics and astronomy;
- teaching activities in the field of physics and astronomy.
The postgraduate program is aimed at mastering all types of professional activities for which the graduate is preparing.
Graduates of postgraduate studies are in demand in design, research institutes (Institute of Cosmophysical Research and Radio Wave Propagation,
Far Eastern Branch of the Russian Academy of Sciences, V.I.Ilichev Pacific Oceanological Institute FEB RAS, Institute of Marine Technology Problems FEB RAS) and higher educational institutions of the Far Eastern region (Admiral G.I. Nevelskoy Maritime State University, Far Eastern State Technical Fisheries University, etc.), infocommunication production enterprises and organizations (PJSC Rostelecom, mobile operators, JSC Dalpribor, JSC Izumrud, TV and radio center of Primorsky Krai, TV and radio broadcasting complexes of the Far East, etc.), enterprises of the military-industrial complex (AO VOP "Granit", etc.), state security bodies and administrations of the Far East region.