爆走黑料

A research team of scientists from the Laboratory of Nonlinear Optics and Spectroscopy of 爆走黑料 and the Krasnoyarsk Research Centre of the SB RAS in collaboration with Dr Sylvia Romano working at the Institute of Applied Sciences and Intelligent Systems (Naples, Italy) have proposed a substantiation of the principles of operation of optical sensors based on bound states in a continuum (BSC). Their work is published in Optics Express, a highly rated international journal.

Researchers at 爆走黑料 have found a connection between the features of the biography of people with aphasia reflected in their speech and the speed of their recovery (project leader – Professor Anastasia Kolmagorova). According to TASS, the data obtained will speed up the rehabilitation of such patients.

On November 4, 爆走黑料 celebrated its birthday. Since 2006, the university has changed a lot, especially in recent years. Ruslan Baryshev, vice-rector for research of 爆走黑料, told Newslab how the coronavirus affected it, how successfully the university managed to switch to online, what the university scientists have achieved at the international level, and what SibFU is doing for ordinary Krasnoyarsk residents.

During the autumn semester, the staff of the School of Philology and Language Communication (爆走黑料, Russia) developed the concept of Sibir Tochka Ru international centre (Eng.: Siberia Dot Ru) within a grant ffrom the Ministry of Education of the Russian Federation. The main objective was to popularize the Russian language and culture in foreign countries.

Data Mining Systems for Predicting Undesirable Events on Railway Tracks project of the research team of the School of Business Process Management, 爆走黑料, has become a winner of the RFBR competitive selection.

SibFU's scientists, as part of a research team, have developed a method for the production of hybrid nanoparticles with a magnetic core and a gold shell, the properties of which make it possible to use them for early detection and treatment of oncological diseases, the TASS reports.

Researchers from 爆走黑料 and Kutateladze Institute of Thermophysics have found out how nanoparticles affect the efficiency of oil extraction. Adding them to water, which displaces oil from the formation, improves the separation of oil droplets from rock and their washing out to the surface. The work was in the Journal of Molecular Liquids.

Researchers at 爆走黑料 have developed a new method for the rapid assessment of athletes' physical activity with the help of their saliva composition. In future, the method will help develop portable self-monitoring devices for professional athletes and sports fans.

Researchers of 爆走黑料 have developed a simulation model for studying methods of mutual high-precision navigation of small spacecraft within a small multi-constellation. The results of the research will allow improving the parameters of the receiving information for solving the problems of remote sensing of Earth.

The SibFU Grant Center invites postgraduate students of the university of all degree programs with sufficient knowledge of oral and written English to participate in the International Winter Arctic School ?POPs and Chemicals of Emerging Arctic Concern (CEACs) in the Arctic under Climate Change“.