likelihood of eventual injury is significantly reduced. Besides, the "Cybertariner" system can monitor the processes of recovery of injured muscles and prevent any new injuries. The software helps to adjust the maximum permissible level of strain for each muscle. When this level is reached, a system of vibration sensors gives a signal to the user about excessive strain. 2018 Chemists at Lobachevsky University have developed a new substance for bone implants. The work started in 2018 in collaboration with scientists from Nanyang Technological University (Singapore) and was completed in 2021. The new substance for bone implants is fluorapatite Ca₅(PO₄)₃F in which calcium atoms are partially replaced with bismuth and sodium atoms. The element bismuth in the compound provides an antibacterial effect and helps to fight infections that threaten the patient's body in the post-operative period. Sodium is responsible for the biocompatibility of the substance and helps it to integrate more actively into the bone. The composition is based on a substance consisting of calcium, phosphorus, oxygen and fluorine and is a mineral that replicates the structure and composition of human bone tissue. 2020 The team of Lobachevsky University for the first time won the finals of the International Collegiate Programming Championship (ICPC). The University team became the absolute champion among 119 strongest teams from all over the world and won the cup and the gold medal of the prestigious international IT competition, where the best young programmers of the world compete every year. A total of around 59,000 students from 3,406 universities in 104 countries took part in the championship. The ICPC finals were held in Russia with the support of the Ministry of Science and Higher Education of the Russian Federation and the Ministry of Digital Development, Communications and Mass Media of the Russian Federation. 2022 A joint team of UNN chemists and biophysicists develops dual-action antitumour drugs that combine the most effective approaches to cancer therapy: photodynamic therapy and chemotherapy. Scientists at Lobachevsky University have completed testing a new method of electro-optical detection of terahertz radiation pulses, which allows seeing through opaque materials and can be used for non-destructive testing of materials and for scanning luggage at airports. Researchers from the UNN Institute of Chemistry, together with their colleagues from the Mendeleev Russian University of Chemistry and Technology and the Tula-TECH Research and Education Center, have developed a system for automated synthesis of metal nanoparticles. Structure Faculties and