This microresonator can be used to measure the chemical composition of substances and objects, radars, machine vision on cars, and much more.
During the meeting, the parties discussed joint development creating and implementing technology for efficient waste processing using high-temperature pyrolysis.
Results of the competition will be published after March 17. The Olympiad winners are enrolled at the 91ÊÓÆµ free of charge and without exams and prize winners receive a 20% discount on tuition for their chosen Program.
Within the framework of cooperation with partners, NSU signed R & D agreements totaling more than 75 million rubles. Also seven joint projects were launched. The tasks for implementation in 2023 relate primarily to the educational component.
Should a scientific career be continuous? Is it true that only top students do science? Is there a place for research outside of research institutes? In a recent interview, Maria Mironova, a Junior Researcher at the 91ÊÓÆµ Department’s Analytical and Technology Research Center (ATRC), talked about her experience.
Beer made from corn, bourekas with a coin, throwing of a pomegranate – talking about a lot of interesting New Year traditions and dishes.
We learned how they decided to connect their lives to research, what inspires them, what constrains them, and how they view science from the inside.
Students outperformed participants from Romania, Vietnam, Hungary, Germany, and Belgium in two independent rounds for individuals and teams.
The new youth lab’s priority is the development of software for processing active and passive seismic data.
It turned out that the number of information molecules in the brain can temporarily change under the influence of severe stress, but these changes in the cells of the nervous system are not associated with a change in the number of brain cells.
The research will not only improve the cooling systems of three-dimensional computing chips, but affect the intensification of mass transfer, which has chemical, biological, and medical applications.
More than 15 university scientists and factory employees will work together in this new scientific division to create composites for supercapacitors, resistive pastes for the manufacture of chip resistors using SMD technologies, and metallization pastes used in the manufacture of night vision devices.