top 800 universities in the world by THE Impact Rankings 2022, which tracks the progress of universities on 17 UN Sustainable Development Goals (SDGs). The university is ranked 1455th in the world (18th for Russia) in the U.S. News Best Global Universities 2022-2023 and also ranks 583rd in this ranking for Physics. UNN ranks 460th among the world universities in the international Round University Ranking 2022. In the national rankings, in 2022 Lobachevsky University ranked 25-26th in Russia according to Interfax, 32nd according to RAEX Top-100 (Expert RA) and 18th-22nd according to the Three Missions University Ranking (within the 501-550 range in the world). Also, in the SuperJob 2022 ranking of the best universities in terms of graduate salaries, UNN was ranked 9th in IT, 8th in Economics and Finance, and 8th in Law. Research and achievements 2016 In October 2016, university representatives reported the development of unique ceramic materials for spacecraft which are capable of withstanding high temperatures and radiation, thus enabling interplanetary travel. Lobachevsky University scientists are also implementing the "Cyberheart" and "Cybertrainer" projects. The "Cyberheart" project focuses on the development of an intelligent software system for the acquisition, storage and analysis of cardiac data. The system includes a software package that enables large-scale calculations that accurately reproduce the dynamic processes of the heart. At the same time, the system is capable of obtaining reliable real-time data on human cardiac activity, as well as simulating various effects (electrical, mechanical, optical, etc.) and testing the effectiveness of medicines. The system is capable of detecting cardiac diseases using the existing database. The "Cyberheart" has a graphical support system for cardiology data analysis, a system that automatically generates procedures for possible treatment of specific patients, and an ECG system that sends the results over a wireless network. The "Cybertrainer" EOS (Electromyographic Optical System) is designed to monitor, visualize and adjust the activity of a person's muscles. The system consists of a suit with embedded myo-sensors. During exercise, the sensor system captures information about the load of particular muscles and projects the image onto augmented reality glasses. A tactile stimulation system for individual muscles can adjust the movements in accordance with the pre-recorded standard. Even when athletes train under the guidance of a personal trainer, they don't get an objective picture of how their muscles work. When using the "Cybertrainer" suit, the athlete spends less time to achieve the goal, and the