NUST MISIS hosted the first official visit to Moscow of a large delegation from the China Association for Non-Government Education, the leading organization in the field of private education in China. The visit took place within the Second Forum on Educational and Cultural Exchanges between Russia and China.
Researchers at the MISIS University have developed a new protocol for quantum computing that improves the search for optimal solutions. The approach is based on deliberately introducing special noise channels. In the future, this development could significantly increase the accuracy and speed of quantum computations.
Twelve researchers from the MISIS University have been included in the world’s top 2% of most cited scientists, according to the bibliometric database Scopus. The annual ranking is published by Elsevier BV, one of the four largest academic publishing houses in the world.
Researchers at NUST MISIS have proposed a new technology for applying protective coatings to marine and coastal infrastructure, as well as to industrial equipment operating in high-humidity environments. The team discovered that the best corrosion resistance is achieved by applying high-entropy coatings using the method of electro-spark alloying.
At the International Collegiate Programming Contest (ICPC), which brought together over 20,000 teams from 3,000 universities worldwide, 322team from NUST MISIS ranked among the top 100. A total of 140 teams competed in the final stage of the contest in Baku.
Specialists at NUST MISIS, together with the LIFT Research Center, have created a new system for coating surgical threads with antibacterial compounds. The joint project, aimed at developing medical suturing materials capable of gradually releasing embedded drugs, is being carried out with the support of Gazprombank under the Priority-2030 program.
Researchers at NUST MISIS have created a new aluminum alloy with a unique structure tailored for the aerospace industry. By adding calcium, they managed to neutralize the harmful effects of iron impurities commonly found in recycled aluminum, transforming them into a strengthening component. In the future, this alloy could be used for aircraft skin panels.
Using an advanced technology developed at NUST MISIS in collaboration with Canadian colleagues, researchers for the first time have achieved superelasticity in a biocompatible titanium alloy for orthopedic implants produced via 3D printing. The technology is already patented and has the potential to provide an effective replacement for damaged bone tissue.
Applications are now open for the All-Russian Competition for international students, StudRussia, aimed at supporting talented foreign students with significant achievements in science, arts, sports, social activities, and volunteering. The competition is organized by the Ministry of Science and Higher Education of the Russian Federation and NUST MISIS.
NUST MISIS representatives took part in the business program of the Technoprom-2025 forum, held in Novosibirsk. The event brought together representatives of federal and regional government bodies, leading Russian and international companies, as well as experts, scientists, and entrepreneurs.
At the invitation of the Ministry of Education of Inner Mongolia (China), delegation of NUST MISIS took part in the international conference on educational cooperation development — Inner Mongolia Conference on High Quality Development of Educational Opening Up. During the event, the university signed a cooperation agreement with the Inner Mongolia University of Science and Technology.
In the qualifying round of the competition, held as part of the Perm Development Forum “Cities of the Future”, the joint BlackOut team of the MISIS Student Design Bureau and the Russian State Scientific Center for Robotics and Technical Cybernetics (RTC) won.
Scientists at MISIS University developed a next-generation medical dressing that both stops bleeding and prevents infections in severe wounds sustained in the field or during emergencies. The material effectively suppresses the growth of dangerous pathogens, including antibiotic-resistant strains.
Master’s students of the English-taught program Communication and International Public Relations at NUST MISIS regularly participate in socially significant projects. For the first time, they gained unique hands-on experience collaborating with the medical community and the media by providing PR support for a heartwarming meeting of a bone marrow donor and recipient. The event was held with the support of the National Bone Marrow Donor Registry named after Vasya Perevoshchikov.
Russian researchers have developed a new method for creating highly accurate miniature detectors capable of sensing gas molecules — from acetone vapors to toxic compounds. The core of the technology is a layer of nanoscale spheres that condense gas molecules like a sponge, while a photonic integrated circuit detects changes caused by the gas. These versatile detectors can quickly identify industrial leaks, monitor urban air quality, and even assist in diagnosing diabetes.
Researchers from Russia, China, and the United States have developed a new method for synthesizing crystalline nanowires tailored for ultra-miniature electronics. These threads, just hundreds of nanometers thick and several millimeters long, can serve as the foundation for photodetectors, solar cells, and flexible displays.
Researchers have developed a next-generation medical material made from ultra-thin aluminum oxide fibers. By altering the composition and structure, scientists can impart desired properties to the nanofibers, such as antibacterial, wound-healing, and hemostatic effects.
At the festive graduation event “WE ARE MISIS UNIVERSE”, around 3,500 graduates from the main campus and six branches of NUST MISIS received their diplomas with 25% graduating with honors. This milestone marked the culmination of their academic journey and the beginning of a new chapter in life.
Researchers at NUST MISIS have developed a prototype implant made from a polymer composite designed to securely fix joints and gradually and safely dissolve in an animal’s body. This bioresorbable material eliminates the need for a second surgery and could become the foundation for alternative solutions in veterinary orthopedics.
Russian scientists have developed a new biodegradable iron-based alloy with promising applications in orthopedics, oncology, and veterinary medicine. By adding silicon and applying high pressure during processing, they managed to nearly double the alloy’s dissolution rate. With further implementation in medical practice, the material could fully dissolve in the body within
