The International Conference «The Modern Paradigm of Scientific Knowledge: Relevance and Prospects»
April 4, 2018, young researchers and graduate students from China, Russia, Syria, Vietnam, Afghanistan, Haiti, Denmark, Ghana, Egypt, Yemen, India, Jordan, Iran, Cameroon, China, Côte d'Ivoire, Cuba, Lebanon, Madagascar and other countries of the world met at RUDN at the VI annual International Scientific and Practical Conference «The Modern Paradigm of Scientific Knowledge: Relevance and Prospects», an event conducted by the Department of Foreign Languages of RUDN Agrarian and Technological Institute, where graduate students, young researchers from all over the world, senior students of various specialties and directions of RUDN Agrarian and Technological and Medical Institutes presented reports on the scientific topic of their dissertations, demonstrating an interdisciplinary approach to research in line with the modern paradigm of scientific knowledge. The working languages of the conference were English, Spanish, Chinese, German and French.
Based on the results of the event, a collection of articles is prepared for publication in the publishing house «Languages of the Peoples of the World» with the assignment of ISBN index. The conference collection is also indexed in the database of the RSCI.
RUDN University professor together with colleagues from France and the USA has developed a technique for describing blood clotting regarding the individual characteristics of patients. This will help to make more accurately diagnosis and select drugs dosages for the treatment of haemophilia, thrombosis and other blood coagulation disorders.
RUDN chemists have proven the effectiveness of metal complexes for catalysis of cyanhydrin production — substances important for the chemical industry. Chemists managed to achieve 96.3% of the reaction efficiency.
RUDN University chemists obtained a metal-containing complex with an unusual planar architecture. The unexpected structure was formed due to the spontaneous fixation of carbon dioxide from the air during the reaction. This compound exhibits unusual magnetic properties (spin glass behaviour). This can be useful for creating memory storage devices.