SSU young researchers gained the victory in the 2020 President of the Russian Federation Grant Contest. It is aimed at support of young Russian researchers who have PhDs and terminal degrees.
As for the projects conducted by PhD scientists, they include the Modelling of High Energy Effect in Progressive Two Dimensional Nanomaterials one which is done by Senior Lecturer of the Department of Radiophysics and Nonlinear Dynamics Igor A. Shepelev.
Associate Professor of the Department of Open Systems Physics Svetlana Ye. Sheshukova won due to her project titled the Controlled Spin-Wave Transport in Three Dimensional Assemblages of Magnonic Micro- and Nanostructures for Layered Systems of Information Signal Processing. The scientists will develop and produce the element base of magnonic straintronics and spintronics based on composite micro- and nanowaveguides and resonators formed from quasi one dimensional and two dimensional arrays of straight and curved micro- and nanoribbons of yttrium iron garnet and layers of piezoelectric materials.
Svetlana Sheshukova marked that for the first time they would thoroughly study statistic and dynamic magneto-elastic properties and effects. For that purpose they would use magnetic and optical methods to detect the peculiarities of spin-wave transport in three dimensional assemblages of magnonic micro- and nanostructures for layered systems of information signal processing.
Associate Professor of the Department of General and Inorganic Chemistry Anna M. Abramova presented the project titled the Photophysical and Photocatalytic Properties of Luminescent Carbone Nanostructures: Analysis and Usage. Associate Professor of the Department of Mineralogy and Petrography Alexander S. Sheshnev‘s project was titled the Seasonal Dynamics of Geoecological Runoff Condition of Ravine Network Deposition in Urbanised Areas.
Also one of the SSU scientists with terminal degree was given the grant. It is Professor of the Department of Open Systems Physics Olga I. Moskalenko who presented her project titled the Theory and Applied Research of Intermittent Modification at the Borders of Different Synchronisation Types in Bound Systems and Networks with Complex Attractor Topology.
‘The project objective is to study bound non-linear systems and networks the elements of which are characterised by complex (double) structure of the chaotic attractor considering that new phenomena and regularities may be found in them. The research results can be used in communication systems to improve confidentiality methods of hidden terminal information transmission based on chaotic synchronisation, while the developed methods and approaches can be applied for processing experiment time series, including radiophysical and neurophysiological ones,’ commented Head of Office of Scientific Work, Professor of the Department of Open Systems Physics Olga I. Moskalenko.
According to her, the fact that the university young researchers became the winners of the President of the Russian Federation grants is very important not only for our university but the region as well.
‘The President grants are supposed to be the most significant and prestigious ones among all the research grants because they are grants and awards at the same time. More and more President grants are won by our researchers, many scientists have been given them for a few times, and it proves the research in SSU is high-standard.’
