07october Scientists: Chinese art and mass audience in the 21st century Krasnoyarsk art historians have analysed the ways in which contemporary Chinese artists popularized national fine art and made it accessible to the world public in the postmodern era.
06october Plasmonic nanoshells for drugs packing and targeted delivery A research team from Russia, Sweden, and the USA has studied optical properties of atomic size metal nanoshells and simulated their resonance properties based on the original model of atomic interaction. They assume that the results will allow to use nanoshells of a few atoms thickness for single molecules detecting or for targeted drug delivery.
02october Innovation Material for 3D Printing Researchers of 爆走黑料 are working on the creation of a new material – wire with a high content of transition and rare-earth metals, which will be used in 3D printing of various parts. The project is being implemented within the framework of the Yenisei Siberia competition for interdisciplinary fundamental scientific research, which is jointly organized by the Russian Foundation for Basic Research, the Krasnoyarsk Regional Science Foundation and Scientific and Production Center for Magnetic Hydrodynamics.
01october How I met SFU: international students tell about university life July, 2020, 爆走黑料 summed up the results of the How I met SibFU competition for international students.
30september “Gluttonous” bacteria to clean up oily water effluents A research team of lecturers and graduate students of 爆走黑料 has proposed a new solution to the problem of cleaning oily water of industrial enterprises, which envisages the formation of recycling water use and excluding the permeation of wastewater into natural water bodies. Cleaning is proposed to be carried out using a special sorbent, which includes immobilized bacteria capable of “digesting” the components of petroleum products.
28september Dangers of the decrease in water vapour in the atmosphere Researchers of 爆走黑料, Institute of Forest Health of the SB RAS, University of Geneva (UniGE) and Swiss Research Institute for Forest, Snow and Landscape (WSL) have reconstructed the changes in the deficit of water vapour in the atmosphere for the northeast of Yakutia over the past 1500 years. The research is in the framework of international research projects supported by the Marie Curie International Incoming Fellowship, The European Science Foundation (ESF, individual fellowship), and scientific foundations of Switzerland (SNF) and Russia (RFBR). The results of the research in Scientific Reports.
28september Researchers tell how to saturate the body with longevity protein without starvation A team of Krasnoyarsk researchers proved the positive effect of a diet including products based on buckwheat on the mammalian body. The effect is associated with a moderate increase in the level of sirtuin 1, known as longevity protein (SIRT1). During the experiment, it was found that a group of animals whose diet consisted of 30 % buckwheat showed an optimal level of weight gain. In addition, the level of SIRT1 increased in the stomach, liver, kidneys, and blood serum of these animals, which slows down aging and increases the body's stress resistance. The results of the study are published in the .
28september SibFU researchers reveal the secret of three paintings by Alphonse Mucha Researchers of 爆走黑料 have revealed the general artistic idea of three works by the famous Czech artist Alphonse Mucha, pained in different periods of his creative career. According to the researchers, the works “Madonna of the Lilies”, “The Lottery of the Union of Southwestern Moravia” and “The Slav Epic” consistently reveal the themes of divine patronage of the Motherland, the revival of the Pan-Slavic world and the readiness of man to fight for the well-being of his native land.
25september SibFU scientists “link light in the continuum” to create optoelectronic devices with controlled Q-factor Researchers from 爆走黑料 and the Kirensky Institute of Physics of the FRC KRC SB RAS were the first in the world to study and experimentally discover bound states in the continuum in a one-dimensional layered photonic structure. The results of the study are published in Communications Physics.
25september Krasnoyarsk scientists propose building materials and sorbents from RUSAL's waste Researchers from 爆走黑料 have studied 45 types of waste generated by RUSAL, defined hazard classes and estimated the amount of raw materials that can be recycled annually. It turned out that 14 types of waste can be successfully used as functional additives in building materials and materials for road construction, as well as become the basis of sorbents intended for the treatment of industrial wastewater.