New Method for Describing Graphene Simplifies Analysis of Nanomaterials
An international team, including scientists from HSE University, has proposed a new mathematical method to analyse the structure of graphene. The scientists demonstrated that the characteristics of a graphene lattice can be represented using a three-step random walk model of a particle. This approach allows the lattice to be described more quickly and without cumbersome calculations. The study has been published in Journal of Physics A: Mathematical and Theoretical.
Scientists Have Modelled Supercapacitor Operation at Molecular and Ionic Level
HSE scientists used supercomputer simulations to study the behaviour of ions and water molecules inside the nanopores of a supercapacitor. The results showed that even a very small amount of water alters the charge distribution inside the nanopores and influences the device’s energy storage capacity. This approach makes it possible to predict how supercapacitors behave under different electrolyte compositions and humidity conditions. The paper has been published in Electrochimica Acta. The study was supported by a grant from the Russian Science Foundation (RSF).
Designing an Accurate Reading Skills Test: Why Parallel Texts are Important in Dyslexia Diagnosis
Researchers from the HSE Centre for Language and Brain have developed a tool for accurately assessing reading skills in adults with reading impairments. It can be used, for instance, before and after sessions with a language therapist. The tool includes two texts that differ in content but are equal in complexity: participants were observed to read them at the same speed, make a similar number of errors, and understand the content to the same degree. Such parallel texts will enable more accurate diagnosis of dyslexia and better monitoring of the effectiveness of interventions aimed at addressing it. The paper has been published in Educational Studies.
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Intellectual Capital in the Face of Shocks: Russia and Iran Explore Internationalisation
In today's issue of Schola, Mariya Molodchik, Senior Research Fellow at the International Laboratory of Intangible-Driven Economy and Professor at the School of Economics and Finance at HSE University’s Campus in Perm, discusses a joint project with Iran University of Science and Technology, titled 'Internationalization of Companies from Developing Countries: The Role of Intellectual Resources in Response to Exogenous Shocks.'
HSE Researchers Introduce Novel Symmetry-Aware Neural Network Architecture
Researchers at the HSE Laboratory for Geometric Algebra and Applications have developed a new neural network architecture that can accelerate and streamline data analysis in physics, biology, and engineering. The scientists presented their solution on July 16 in Vancouver at ICML 2025, one of the world's leading conferences on machine learning. Both the paper and the source code are publicly available.
Students from HSE and Other Universities Carry Out Research Expedition at New Chersonesos
As part of the Rediscovering Russia student expedition programme, HSE University organised a research trip under the framework of the School for Young Humanities Scholars to the New Chersonesos museum and church complex in Sevastopol. The results of this expedition will form the basis for proposals on educational projects aimed at shaping young people’s historical memory of the role of Chersonesos, Crimea, and the Byzantine legacy in the history of Russian culture and statehood.
HSE Researchers Determine Frequency of Genetic Mutations in People with Pulmonary Hypertension
For the first time in Russia, a team of scientists and clinicians has conducted a large-scale genetic study of patients with pulmonary arterial hypertension. The team, which included researchers from the International Laboratory of Bioinformatics at the HSE Faculty of Computer Science, analysed the genomes of over a hundred patients and found that approximately one in ten carried pathogenic mutations in the BMPR2 gene, which is responsible for vascular growth. Three of these mutations were described for the first time. The study has been published in Respiratory Research.
First Caucasus School on Experimental Research and Cognitive Sciences Takes Places in Adygea
On September 17–20, 2025, the First Caucasus School on Experimental Research and Cognitive Sciences took place at the Gornaya Legenda venue of Adyghe State University (ASU). The event was organised by the ASU Experimental Linguistics Laboratory, the HSE Centre for Language and Brain, and the HSE Centre for Sociocultural and Ethnolinguistic Studies. The school brought together over 50 participants—students, doctoral candidates, and early-career researchers from across Russia, along with lecturers and speakers from France, Serbia, China, Turkey, Kazakhstan, and Uzbekistan.
HSE Scientists Reveal How Disrupted Brain Connectivity Affects Cognitive and Social Behaviour in Children with Autism
An international team of scientists, including researchers from the HSE Centre for Language and Brain, has for the first time studied the connectivity between the brain's sensorimotor and cognitive control networks in children with autism. Using fMRI data, the researchers found that connections within the cognitive control network (responsible for attention and inhibitory control) are weakened, while connections between this network and the sensorimotor network (responsible for movement and sensory processing) are, by contrast, excessively strong. These features manifest as difficulties in social interaction and behavioural regulation in children. The study has been published in Brain Imaging and Behavior.
Scientists Discover How Correlated Disorder Boosts Superconductivity
Superconductivity is a unique state of matter in which electric current flows without any energy loss. In materials with defects, it typically emerges at very low temperatures and develops in several stages. An international team of scientists, including physicists from HSE MIEM, has demonstrated that when defects within a material are arranged in a specific pattern rather than randomly, superconductivity can occur at a higher temperature and extend throughout the entire material. This discovery could help develop superconductors that operate without the need for extreme cooling. The study has been published in Physical Review B.