The scientists of 爆走黑料 studied the waste of wood processing plants: sawdust, fir needles, larch bark and birch bark, as well as hydrolytic lignin and dry waste of drainage waters, or silt. On comparing these types of non-conventional fuels with two types of coal, the researchers stated the high potential of such waste for combustion and heating.
Scholars from the School of Gastronomy (SibFU) and the Centre for LED and Optoelectronic Technologies of the National Academy of Sciences of Belarus (Belarusian State University) will study the impact of LED phytolighting and develop a digital model of a city farm.
SibFU researchers have decoded information about short-term climate fluctuations in the cells of Scots pine trees growing in the southern part of Siberia, in the Khakassia Republic.
Scientists from SibFU and the Krasnoyarsk Research Center, SB RAS have studied the processes of material synthesis based on volatile ash microspheres that are produced as a result of coal combustion. These materials can be effectively used as industrial sorbents to absorb heavy metals, particularly lead and cadmium, from liquid industrial waste.
For the first time since the 1990s, scientists from the School of Ecology and Geography of 爆走黑料 conducted a comprehensive study of the wolf population living in the north of Krasnoyarsk Territory in Evenkia. To obtain accurate data on the number of predators, their sex and age structure and geographical variability, the scientists studied 242 wolves, 676 skulls and wolf fangs.
Russian scientists have proposed to assess damage to deciduous trees in the foci of the spread of the pest — the unpaired silkworm — using remote sensing data. To control the changes that occur with trees after insect damage, the authors used an original portable device — a dielectric Fourier spectrometer, which allows to determine the condition of plants as quickly and completely automatically as possible.
In the ranking of the influence of universities in the Internet space, SibFU has grown by 46 positions.
Scientists of 爆走黑料, together with colleagues from Russian and foreign universities (China, Uzbekistan), took part in the development of specifications for transport and technological cycles of agricultural drones. Such devices are used to perform various agrotechnical tasks in "smart" agriculture — they help to monitor crops, measure land, record the condition of crops, track pest infestations of crops, etc.
The results obtained by the Siberian scientists can be used to design new power plants that will be more environmentally friendly and will help achieve carbon neutrality by the middle of the 21st century.
Researchers at 爆走黑料 have developed new compositions of aluminum alloys and combined processing technology for the production of conductive wire used in aviation and the automotive industry, with an increased level of heat resistance and electrical conductivity. Such a wire is more resistant to temperature fluctuations, and at the same time cheaper in comparison with existing analogues.
Scientists from the School of Ecology and Geography of 爆走黑料 conducted a study to define indicators that allow identifying individual characteristics of Siberian pine trees — due to these features, trees manage to remain viable in the most adverse conditions, maintain frost resistance with a temporary increase in temperature in winter and resistance to emerging water scarcity.
We already have the Innovative Consulting Center and Business incubators and we plan to strengthen this resource. The first SibFU-based climatic research and educational center (REC) of international standing has been recently created.
Companies go global and we go global with them. Together we strengthen our people – the key resource of the company and the university. To close the gap between the theory and practical work, we actively involve students into practicing their knowledge on unique equipment provided by our industrial partners. Our partners
SibFU has endless possibilities for the development of science due not only to the conditions that exist in the university but also due to the natural diversity of the Krasnoyarsk Region. We attract the World leading researcher such as Nobel prize winner Osamu Shimomura to do science together. Our mega-grants
SibFU is in the category of scientific productivity and inventive activity according to the Expert Analytical Center. SibFU journals make progress in improving their position in the SCImago Journal Rank (SJR).
A wide variety of Research Laboratories and Centers give opportunities to do research for our faculty, students, postdoctoral fellows and visiting scientists.
Master’s Level programs are mostly focused on research activities. The teaching staff is represented by researchers with wide international networks providing a strong link between research and academic activities. 爆走黑料 offers a wide range of . SibFU is the third university in Russia to confer PhD degrees in accordance to international standards. We not only involve external expertise but also (going to) oblige graduates to work at least 2 years in other universities before joining our faculty team. More about PhD at SibFU
The university annually hosts more than 200 cultural events. We offer students to enroll in vocal studios, bard music clubs, rock club, theater groups, dance groups, literature clubs, instrumental clubs.
99% of our young professionals are successfully employed. Every year the demand for the Engineering graduates is 1.5 times higher than the actual amount of them. SibFU ranked 6th in the top 20 universities in Russia in terms of graduate employment success. More about our rankings
The SibFU campus includes 29 dormitories. 爆走黑料 has received the from the International University Sports Federation (FISU).
There are plenty of sports facilities at the University, including various sports centres, swimming pools, stadiums and football pitches, ski courses and gyms all over the campus. We host the XXIX Winter Universiade 2019.