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Regular version of the site
Administration
The School of Applied Mathematics was established in 2015 on the basis of the Faculty of Applied Mathematics and Cybernetics of MIEM, which has a history of more than half a century. Over the 50-year history of the faculty, recognized scientific schools have developed in key areas of development of applied mathematics and computer science. Today, the department is a dynamically developing department that combines fundamental traditions with the most modern educational and research trends.
The school implements a wide range of educational programs covering all levels of education:
Bachelor's program: "Applied Mathematics"
Master's programmes:
- "Systems Analysis and Mathematical Technologies", implemented by leading scientists of the department on the basis of scientific research in the field of development of control systems and information processing, as well as modern methods of mathematical and computer modeling
- "Applied Artificial Intelligence Models" (since 2023), designed jointly with a key partner — VK, which is deeply involved in the learning process and project activities
- "Digital Engineering for Computer Games" (first set in 2025) with an in—depth study of game engines and the game creation process; partner of the program is Elverils
Article
Groshev Maksim, Rybakov Petr, Teterin N. et al.
Sensors. 2026.
Book chapter
Natalia Logvinova, Dorofeeva S., Zontov Y. et al.
In bk.: 2026 IEEE Conference on Serious Games and Applications for Health (SeGAH). IEEE, 2026. P. 1-8.
Working paper
arXiv. Quantum Physics. Cornell University, 2026. No. 2609.31472.
Tag "Reporting an event" – News
A team of researchers of HSE University’s Tikhonov Moscow Institute of Electronics and Mathematics (Professor Lev Shchur, Assistant Professor Evgeny Burovsky, and doctoral student Maria Guskova), in collaboration with Prof. Wolfhard Janke (Leipzig University, Germany), has made a new discovery about the properties of classical Monte Carlo (MC) algorithms. The team identified an interesting connection between the properties of the algorithm used and the properties of statistical systems that are modeled using the algorithm. As it turns out, the acceptance rate in local Metropolis and heat-bath algorithms appear to be a linear function of internal energy of the used model. Moreover, the researchers were able to prove analytically that, for a one-dimensional (1D) Ising model, the acceptance rate of the Metropolis algorithm is a linear function of internal energy. This proved true not only for the thermodynamic limit, but for an arbitrary size of the system under study as well. A computational experiment demonstrated that, for all analyzed spin models with different types of interaction in any space dimensions, the linearity is performed around the phase transition point.
Last year, the Russian Federation gave leading universities the right to award their own academic degrees on a trial basis, and this prompted universities to create models for future implementation. What the new system will bring and what needs to be done in order to render it fully operational was the focus of the board meeting of the Association of Global Universities, held on February 12 at HSE.
Everyone has friends who like to play video games. But for some it’s more than just entertainment – it’s a professional sport that requires a lot of energy and time for training and participating in various contests. S people are called cybersportsmen, and this movement is becoming more popular in Russia. High School Sports media project with the support of MIEM administration held the first HSE cybersport tournament ‘Cyber HSE’.