A prototype of an LCD device, a spatial phase modulator for controlling beams of sub-terahertz radiation with the prospect of use in new generation wireless communication systems (6G), was created in the Laboratory of Functional Diagnostics of Low-Dimensional Structures for Nanoelectronics at the NSU Physics Department’s Analytical and Technological Research Center "High Technologies and Nanostructured Materials".
Scientists from the NSU Laboratory of Deep Machine Learning in Physical Methods at the Institute of Intelligent Robotics presented a universal service they developed to recognize various types of numerous homogeneous objects.
Novosibirsk State University improved its position, rising from 8th to 7th in the ranking and received the highest rating among regional universities.
The Novosibirsk State University Academic Council has approved regulations on the founding of the Scientific and Educational Center “Research Center in the Field of Artificial Intelligence”.
The NSU grant will focus on “Construction and the Urban Environment (“Smart City”). The Center will officially open in 2024, but research and organization has already begun.
Rector Mikhail Fedoruk noted that the Priority 2030 program opens up additional opportunities for the University to conduct promising scientific developments, implement new partnership models, and create technologies that are used in various industries.
Researchers at the Laboratory of Low-Carbon Chemical Technologies at the NSU Natural Sciences Department (ORËL Research Lab) are developing materials with an afterglow effect based on organic molecules.
Specialists from the National Ecological Company (Yaroslavl), together with researchers at the NSU Natural Sciences Department Physical Chemistry Section and the NSU-NNSC Accelerator Mass Spectrometry Center, are creating technology for producing fuel from non-recyclable plastic.
NSU scientists have patented a composition for applying a photoactive coating to the surface of porous and non-porous materials.
The Roscosmos delegation received information about NSU’s scientific and technological background on the Sphere Project.
NSU has patented technology for producing fertilizer from agricultural waste. This technology was developed by combining two areas of research that were conducted at Novosibirsk State University in response to requests from industrial partners.
Scientists from the Optics and Dynamics of Biological Systems Laboratory (ODBSL) at the NSU Physics Department are studying the process of platelet activation by exposing these blood cells to a laser pulse.