News

An international team including researchers from HSE MIEM has developed a catalyst that enables fast and low-cost hydrogen production from water. To achieve this, the scientists synthesised nanoparticles of a complex oxide containing six metals and anchored them onto various substrates. The catalyst supported on reduced graphene layers proved to be nearly three times more efficient than the same oxide without a substrate. This development could significantly reduce the cost of hydrogen production and accelerate the transition to green energy. The study has been published in ACS Applied Energy Materials. The work was carried out under a grant from the Russian Science Foundation.

In 2025, HSE University continued its participation in the Priority 2030 Strategic Academic Leadership Programme, maintaining a strong focus on technological leadership in line with the programme’s updated framework. A key element of the university’s technological leadership strategy is its Strategic Technological Projects (STPs), aimed at creating in-demand, knowledge-intensive products and services.

HSE University in 2025

A group of researchers has proposed assessing the ESG transformation of businesses through the partner turnover ratio in raw material and distribution supply chains. The researchers note that the path towards sustainability requires a deep and often costly restructuring of partner networks. This and other papers were presented at the Third International Annual Conference ‘ESG Corporate Dynamics: the Challenges for Emerging Capital Markets.’

The first year of the project "Internationalization of Companies from Developing Countries: The Role of Intellectual Resources in Response to Exogenous Shocks", implemented in 2025–2027 under the HSE University Joint Basic Research Projects ‘International Academic Cooperation’ competition, has been successfully concluded. The project is carried out by the International Laboratory of Intangible-driven Economy at HSE University in collaboration with Iran University of Science and Technology, under the supervision of Maria Molodchik and Amir Zakeri. All planned commitments for the first year have been fully fulfilled.

In late December 2025, a unique competition was held at HSE University where participants solved challenges not by writing code, but solely by interacting with Sber’s GigaChat artificial intelligence model. The Improm(p)tu hackathon was an experiment less about programming skills than a new form of literacy: the ability to work effectively with AI by translating complex problems into a language neural networks can understand.

On the eve of the New Year, HSE is once again helping make the dearest wishes of less-fortunate children come true. For several years now, the New Year Tree of Wishes charitable initiative has brought together students, lecturers, and university staff who want to spread a little magic during the winter holidays.

Historical sabre fencing is actively developing at HSE University. In 2024, a student club dedicated to this martial art was established, and recently the HSE Open Cup was held in the atrium on Pokrovsky Bulvar. The tournament brought together representatives of 21 universities from different regions of Russia—from Crimea to the Far East—as well as from the Republic of Belarus.

Miron Baratelia, a student of the HSE Faculty of Computer Science, has integrated the Abkhaz language into the Yandex Translate service. The language is now available for translation from and into all languages supported by the platform. Miron spoke about his internship at a Russian multinational IT company and his successfully completed project in an interview with the HSE News Service.

A new cryptographic data protection mechanism has been jointly proposed by experts from the HSE Tikhonov Moscow Institute of Electronics and Mathematics, Sber, and QApp. The researchers have developed a postquantum ring signature scheme that ensures anonymity (within a defined group of participants), as well as the integrity and authentication of the source of digital transactions, even in the presence of an adversary equipped with a quantum computer.