The University is among the initiators and active participants of the regional Equipment Building cluster, involving the scientific and industrial complex's leading businesses. The 28 leading research directions in the RSU include the following directions as priority ones: kinetic effects and mechanisms of electron relaxation in nanostructures electron physics co-ordination of chiral amino-phosphites modeling, analysis, and optimization of computing systems based on neural processors, and others. Development of a multifunctional programming platform for neural processors and systems, "NP Studio."
Study of construction and technological principles in designing complicated component shapes via 3-dimensional modeling in additive manufacturing. Design and academic implementation of the model and technology of life-long education in professional training systems (including secondary school, higher school, and postgraduate education) in engineering and technical training (educational direction of "New industrial technologies").
Resource-saving and solar-powered technologies and equipment, pure materials for nano-electronics. Physical processes in heterogeneous structures. Analytical equipment design and diagnostics of nanostructures and substance tracing.
- Participation in the "Photonics" technology platform – association aimed at economic modernization and innovative development of Russia
- Membership in the European Consortium of universities TEMPUS IV aimed at training educators for work with heterogeneous groups
- Participation in the EC "Erasmus+" mobility program
- Convention of over 40 conferences per year (regional, national and international) levels)
- Organization of the "RGU. Science" Festival (over 4,000 visitors annually)
- Intel "STEM Centre" as an event of the "RGU. Science" Festival, to promote scientific research among university and school students
- Foundation of 6 scientific journals (4 of them are certified by the Higher Attestation Commission of Russia)
- In the year 2014, the RSU Confucius Institute was the only such institution in Russia to enter the 25 Top Confucius Institutes worldwide
Study of optical characteristics of heterogeneous structures: porous silicon and single-crystalline silicon. Design and synthesis of completely novel phosphite ligands. Development of meteoroid risk models in near-earth space. Research of fauna, Environmental ecology, Monitoring of biological diversity in areas subjected to emissions from industrial enterprises.Regeneration patterns for soil-inhabiting invertebrate animals in post-fire areas.
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