Research & Expertise

HSE University experts have analysed students’ digital footprints and shown for the first time that final grades depend on one’s personal approach to an online course. Balanced students have proven to be more successful than those who follow a more traditional and practical approach. The findings from this study will help create a more adaptive and personalised educational system. This research has been published in the journal The Internet and Higher Education.

On February 27, 2026, a regular research seminar of the International Laboratory of Intangible-driven Economy (IDLab) was held. Valeriia Fedorova, Research Assistant at IDLab, presented a talk titled “Use of Generative AI in Project Descriptions and Funding Outcomes in Crowdfunding.”
The study was co-authored by Petr Parshakov, Head of the Laboratory, and Marina Zavertiaeva, Senior Research Fellow at IDLab.

Researchers from the International Laboratory of Intangible-driven Economy (Perm) and the HSE Laboratory of Sports Studies, together with mathematician and science populariser Alexey Savvateev, organised a game theory tournament entitled ‘The Election Race.’ Participants competed both against one another and against artificial intelligence. For now, humans have managed to gain the upper hand and propose more effective strategies.

The International Laboratory of Quantum Optoelectronics at HSE University–St Petersburg develops semiconductor microlasers. The components and systems created by the laboratory also enable high-speed data transmission and processing. Natalia Kryzhanovskaya, Head of the Laboratory and Doctor of Sciences in Physics and Mathematics, spoke with the HSE News Service about the laboratory’s research areas and future prospects.

Scientists from the HSE University and the Indian Institute of Technology Bombay (IIT Bombay) will carry out joint research in the storage, transmission, and processing of data in space systems. A second major project will be a laboratory for superconducting spintronics—a promising field in modern nanoelectronics.

The Sino-Russian Association of Fundamental Sciences has officially begun its work in China. It brings together research centres in mathematics, physics, chemistry, life sciences, and Earth sciences, with participation from HSE University scholars. During the launch conference, the Sino-Russian Mathematics Series project was also presented; it envisages the publication of 100 textbooks and monographs over the next ten years. HSE University representatives Ivan Arzhantsev and Sergei Lando have joined the project’s editorial board.

Valeria Vinogradova, a researcher at HSE University, together with British colleagues, studied how language proficiency affects cognitive processing in deaf adults. The study showed that higher language proficiency—regardless of whether the language is signed or spoken—is associated with higher activity and stronger functional connectivity within the brain network responsible for cognitive task performance. The findings have been published in Cerebral Cortex.

In late January 2026, HSE University hosted a discussion titled ‘Development and Urban Planning: Which Specialists Is the Market Waiting For?’ The event marked the launch of a new Bachelor’s programme in Development and Urban Planning created by the HSE Faculty of Urban and Regional Development in partnership with a consortium of developers, whose key members include MR and A101 Group.

Institute for Statistical Studies and Economics of Knowledge has analyzed the key statements of Brazil’s plan for artificial intelligence (AI) development approved by government, which envisages intensifying of research and training highly qualified personnel as well as AI technology implementation expanding in main industries.

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.