Skoltech Global
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A multidisciplinary science and tech university in Moscow: student.skoltech.ru Skoltech is part of the VEB.RF Group About Skoltech in Russian: https://t.me/skoltech_daily
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💭 Welcome back to our psychological column BASE today, we're talking about what it feels like when a big goal is finally achieved.
You've been through it all: putting together your portfolio, preparing for exams, worrying about scores, waiting for results. And now — the admission is behind you, your dream has come true! But instead of joy, you feel emptiness, exhaustion, and confusion.
In our BASE (Balance and Self-care) support service, we continue to explore the emotional challenges tied to studying and beyond. In this new edition of our mental health column, we discuss how to get through the post-achievement period — when the euphoria has faded, and you have no energy left for the start of the academic year.
Together with Alisa Plyaskina, lead psychologist at the HSE University Psychological Counseling Center, we've gathered key insights to help you rely on yourself during this difficult time.
| 2 |  +1🎉 Celebrating the fifth InteRussia fellowship at Skoltech
Skoltech, in cooperation with the Gorchakov Fund and Rossotrudnichestvo, has officially inaugurated the new cycle of the InteRussia fellowship program, marking the fifth joint initiative over the past three years.
The young specialists will explore Russia's scientific and technological advancements, participate in the Skoltech Innovation Workshop, and exchange expertise with peers from across the globe. This year, the program brings together 15 talented researchers and specialists from 13 countries:
🇧🇦 Bosnia and Herzegovina
🇮🇩 Indonesia
🇮🇷 Iran
🇮🇶 Iraq
🇯🇴 Jordan
🇰🇪 Kenya
🇲🇾 Malaysia
🇵🇪 Peru
🇷🇸 Serbia
🇿🇦 South Africa
🇹🇳 Tunisia
🇹🇲 Turkmenistan
🇻🇳 Viet Nam
Alongside an intensive academic agenda, the fellows will enjoy a vibrant cultural program, including a performance of The Nutcracker on the historic stage of the Bolshoi Theatre, a visit to the State Tretyakov Gallery, and a guided tour of Moscow.
The InteRussia fellowship program for foreign specialists in STEM is implemented by the Mezhdunarodniki Autonomous Non-Profit Organisation in cooperation with the Gorchakov Fund and Skoltech. The program is implemented as part of Rossotrudnichestvo’s flagship New Generation initiative with grant support from the Presidential Grants Foundation.
Learn more on the InteRussia website. | 312 |
| 3 |  🧠 How to keep language models honest?
Large language models are great at almost everything, except one thing: they excel at fabricating convincing nonsense, even when connected to knowledge bases via RAG. Traditional methods for tackling hallucinations usually demand either tons of labeled data or heavy computations involving repeated answer generation.
Researchers from Skoltech and Sber's Center for Applied AI have found a much more elegant solution — a new method called TOHA (TOpology-based HAllucination detector).
🔹 Instead of putting the model through heavy extra workloads, the approach looks "under the hood" to analyze the topological structure of its attention maps using the MTop-Div metric. If the response graph diverges from the context, the algorithm instantly flags the discrepancy.
🔹 The method requires no training of additional classifiers and uses minimal labeled data.
🔹 In terms of accuracy, it easily competes with resource-heavy alternatives like SelfCheckGPT.
The tool is already integrated into Sber's open-source SIRIN library, ready to protect corporate knowledge bases from AI fabrications.
The research has been accepted to the main track of the A* ACL 2026 conference. Dive into the details and author comments in our full release. | 341 |
| 4 |  +5🧲 Skoltech researchers assess the behavior of pultruded thermoplastic composites at elevated temperatures
Researchers from Skoltech (part of the VEB.RF Group), together with colleagues from Xi'an Jiaotong University and the Blagonravov Institute of Mechanical Engineering of the Russian Academy of Sciences, conducted a systematic study of the flexural properties of pultruded glass fiber composites based on three different thermoplastic matrices: polyphenylene sulfide (PPS), polyamide-6 (PA6), and polypropylene (PP).
The results show that a composite's behavior under heating is determined primarily by the polymer matrix rather than the reinforcement. The findings will help engineers select materials for components operating at elevated temperatures in aviation, automotive, energy, and other industries. The research was supported by a Russian Science Foundation grant.
What the study revealed 👇
🔹 in our cards;
🔹 in the detailed article on the Skoltech website;
🔹 in the publication in Next Materials. | 389 |
| 5 |  پیام ویدیو | 380 |
| 6 | 🔔 Class is in session! The traditional bell has rung, officially kicking off the new academic year at Skoltech. | 369 |
| 7 |  پیام ویدیو | 375 |
| 8 | 🤝 Skoltech President, RAS Academician Yulia Gorbunova personally welcomed the new master's and PhD students, wishing them courage in their experiments, perseverance in their research, and dedication to their work. | 376 |
| 9 |  پیام ویدیو | 385 |
| 10 | ⚡️ The grand opening of the Innovation Workshop took place at Skoltech. Viktor Vekselberg, Deputy Chairman of the Skoltech Board of Trustees, delivered a welcoming speech. | 385 |
| 11 | بدون متن... | 444 |
| 12 |  🚀 Skoltech at the HICOOL Global Entrepreneur Summit in Beijing!
Skoltech is participating in the HICOOL Global Entrepreneur Summit, taking place at the China International Exhibition Center.
At our booth, visitors can learn all about admissions and chat with Skoltech alumnus Evgeny Shilov, co-founder of Labadvance, one of Skoltech's most successful startups.
About Labadvance:
The company develops microfluidic chip technology. Powered by artificial intelligence, these smart chips with micro-channel networks replace bulky equipment, making chemical synthesis fast, precise, and compact. The technology is in high demand across pharmaceuticals, petrochemistry, advanced materials manufacturing, and scientific research.
Skoltech is part of the VEB.RF Group. | 660 |
| 13 |  🔬 Single-walled carbon nanotubes are packed with potential, but working with them has always been difficult and costly. To get a tiny conductive pattern (just 100 micrometers in size), scientists traditionally had to deposit a solid film and etch away the excess, losing up to 90% of the expensive material to waste!
Researchers from Skoltech and their colleagues have found an ingenious solution to this problem, publishing their findings in the journal Light: Advanced Manufacturing.
«The key insight comes from aerosol science: carbon nanotubes are so light that their inertia is negligible — they just follow the carrier gas. By pairing that principle with a nitrocellulose membrane pressed with a hot laser stencil, we closed off the pores we don't need. In effect, we let the gas flow itself draw the pattern, depositing nanotubes only where they belong. Nothing is etched away, and the template is fully reusable,» commented one of the study's authors, RAS Professor Albert Nasibulin, who heads the Skoltech Photonics Center.
Thanks to this method, the team managed to completely avoid toxic solvents and preserve the high quality of the material.
«The new method is highly scalable, opening up promising possibilities in optics, electronics, and sensorics,» emphasized Nikita Raginov, a Skoltech research intern and the lead author of the study.
To demonstrate the versatility of the approach, the research team created devices of two distinct classes. The first is a mechanical strain sensor in a W-shape. Its sensitivity proved to be at least three times greater than analogs, and tests over 3,000 load-unload cycles proved its absolute reliability. Such sensors can be embedded anywhere from bridge pillars to aircraft wings. The second device is a stretchable lens for manipulating terahertz radiation, which is critically important for future 6G networks.
Beyond terahertz optics and high-performance strain sensors, the researchers foresee potential applications in transparent conductors, bioelectrodes, thermoelectric modules, and heating grids.
The structured carbon nanotube samples described in the press release were modeled at ITMO University and the Harbin Institute of Technology, manufactured at Skoltech, and tested at MIPT and the Prokhorov General Physics Institute of the RAS.
Skoltech is a VEB.RF group institution. | 634 |
| 14 |  +4🇿🇦 Today Skoltech hosted an official visit by a delegation from South Africa’s National Advisory Council on Innovation (NACI), led by Council Chairperson and ST&I Business Forum Founder and CEO Tilson Manyoni.
The guests were welcomed by Skoltech President, RAS Academician Yulia Gorbunova. The discussions focused on the Science and Innovation Park (SIP) project, technological cooperation initiatives within the BRICS, and prospects for bilateral partnership.
During the meeting, participants were introduced to the institute's research and educational potential, as well as the architectural concept of Skoltech’s unique campus.
The program continued with a guided tour of Skoltech's laboratories, where the international colleagues were shown the latest developments in engineering solutions, materials science, and digital technologies.
Skoltech is a part of the VEB.RF Group. | 601 |
| 15 |  🤖 Skoltech scientists find a way to model complex materials at the quantum level
Developing new materials requires a deep understanding of the relationship between their structure and properties. However, researchers face a dilemma: direct quantum-mechanical calculations (DFT) offer ideal accuracy but are limited to just a couple of hundred atoms, whereas real composites and polycrystals involve tens of thousands of atoms, defects, and grain boundaries.
Researchers from the Skoltech Materials Center have solved this problem by combining machine learning with active learning on local chemical configurations.
The method was successfully tested on WC‑Co hard alloys, commonly known as pobedit, which are widely used in industry due to their high hardness and wear resistance. The team successfully described the transition from brittle to ductile behavior as the cobalt binder content increases—a key parameter for designing durable alloys.
"Our approach provides engineers and materials scientists with a tool for the predictive calculation of properties across a wide variety of heterogeneous materials, from ceramics to nanocomposites, without costly experiments," noted Alexander Kvashnin, the study’s principal investigator and Professor at Skoltech.
📖 The study has been published in the journal Computational Materials Science. The first author of the paper is Faridun Jalolov, a PhD student in the Materials Science and Engineering program at Skoltech.
Skoltech is part of the VEB.RF Group. | 515 |
| 16 |  🔬 Skoltech researchers and colleagues from the N.N. Petrov National Medical Research Center of Oncology have identified candidate protein markers for liver disease diagnosis and treatment monitoring
The researchers identified proteomic markers for monitoring liver injury and confirmed the hepatoprotective effects of plant polyphenols. The research was published in the International Journal of Molecular Sciences.
The experiments were conducted on animal models of acute liver inflammation. Using mass spectrometry, the scientists detected proteins in the blood of mice whose levels changed significantly during pathology. These markers characterize not the disease itself, but the defense mechanisms triggered in the body.
“We have developed a robust mass spectrometry-based multi-omics approach that enabled us to pinpoint candidate protein markers directly within liver tissue samples. These targeted proteins hold significant translational potential, paving the way for the future development of minimally invasive human blood and plasma tests to monitor and diagnose liver injury early,” explains Alexey Kononikhin, a senior research scientist at the Skoltech Biomed Technologies Center’s Laboratory of Omics Technologies and Big Data for Personalized Medicine and Health and co-author of the study.
Plant polyphenol-based drugs demonstrated high hepatoprotective activity in mice: their survival rates increased, and histological tests confirmed the positive effects. Furthermore, the researchers proved that the polyphenols they studied were neither toxic nor mutagenic.
“We conducted a comprehensive study, from characterizing the polyphenolic compounds and assessing their safety to confirming their effectiveness in two different in vitro models. Our research demonstrated the stable hepatoprotective potential of natural polyphenolic compounds,” said Alexander Brzhozovskiy, a research scientist at the Skoltech Biomed Technologies Center’s Laboratory of Omics Technologies and Big Data for Personalized Medicine and Health and the study’s first author.
The findings could be useful both for preventive diagnostics and for assessing patients' responses to treatment in personalized medicine and clinical trials of new hepatoprotective drugs.
Skoltech is part of the VEB.RF group. | 680 |
| 17 |  +7🔬 Skoltech patents next‑generation optical sensor for selective vapor and gas analysis
Skoltech has been granted a patent for an optical sensor designed to detect vapors and gases, opening up new possibilities for the development of compact sensing systems for industrial applications, environmental monitoring, and medical diagnostics.
The key challenge facing most optical gas sensors is their lack of selectivity — they can detect changes in the refractive index of the surrounding medium, but are unable to identify which specific substance caused the change. The new Skoltech development is based on a combination of a Bragg mirror and a nanostructured thin metal film. Unlike most existing optical gas sensors, selectivity is achieved not through chemical reactions on the active surface, but through specially designed nanostructures that enable selective capillary condensation of gaseous substances.
More about the development:
🔹 in our cards;
🔹 in the article on the Skoltech website.
Skoltech is part of the VEB.RF group. | 706 |
| 18 |  🎗 Today is World Breast Cancer Research Day.
The 18th day of the 8th month was chosen for a reason: the date symbolizes the statistics showing that 1 in 8 women and 1 in 833 men will face this diagnosis in their lifetime.
According to WHO, breast cancer remains the most common cancer among women in the majority of countries worldwide, with about 80% of cases occurring in patients with no specific risk factors other than sex and age. The choice of therapy and treatment effectiveness depend heavily on how quickly and accurately a tumor's molecular profile can be determined.
The Skoltech AI Center team, led by Svetlana Illarionova, is developing virtual staining algorithms. Using generative AI, the model turns standard tissue scans into comprehensive molecular tumor profiles in just a couple of hours, sparing doctors from waiting on traditional immunohistochemistry — a time-consuming, labor-intensive, and costly diagnostic gold standard.
These algorithms help evaluate key markers (ER, PR, HER2) and analyze the tumor's immune microenvironment from a standard histological slice. This solution is especially vital for remote regional clinics and centers that lack specialized, expensive equipment, ensuring that patients who may not be able to travel to major medical centers still have access to life-saving accurate diagnostics.
Svetlana’s project, "Intelligent Pathomorphology," won the international "Women for a Healthy Society" competition, and she received her award from Valentina Matvienko, Chairwoman of the Federation Council. | 519 |
| 19 |  +6🔬 Skoltech researchers uncover how nanocoatings dissipate energy at the nanoscale to prevent failure
An international research team featuring Professor Alexander Korsunsky from the Skoltech Engineering Center has, for the first time, performed direct measurements of mechanical stresses at the contact between a diamond indenter and a complex nanostructured coating with a resolution of under 80 nanometers. Using synchrotron X‑ray nanodiffraction at the ESRF facility in Grenoble, the scientists showed that a multilayer coating made of ceramic ZrN with amorphous ZrCu interlayers dissipates elastic energy 30% more effectively than its monolithic counterpart, preventing crack propagation.
More about the study:
🔹 in our cards;
🔹 in the detailed article on the Skoltech website;
🔹 in the publication in Communications Materials (Springer‑Nature).
Skoltech is part of the VEB.RF group. | 767 |
| 20 |  🤩 Today the world is watching a total solar eclipse — one of the rare moments when nature itself creates an almost perfect solar coronagraph.
And the timing is remarkable: we are near solar maximum, when the Sun’s corona is especially complex and extends in many directions.
The corona is not simply a beautiful halo around the Sun. It is the outer solar atmosphere where magnetic energy is stored and released, giving rise to some of the most powerful manifestations of solar activity: solar flares and giant magnetic clouds of plasma erupting from the Sun.
These events drive space weather, affecting satellites, navigation, communications, and other technological systems in space and on Earth.
We observe the corona every day with space-based coronagraphs. But a natural total eclipse gives us something extraordinary: the Moon precisely blocks the bright solar disk, revealing the corona from its innermost structures to spectacular rays stretching far into the sky. For a few minutes, we can actually see the vast atmosphere of our star with our own eyes.
The image shows the corona predicted for today’s eclipse by Predictive Science — the result of sophisticated data assimilation and magnetohydrodynamic (MHD) modeling of the Sun’s magnetic atmosphere.
It is a spectacular sight, but also a glimpse into the physics shaping our technological future.
“Understanding the Sun is not only about our curiosity to explore the world around us. It is also becoming increasingly important for our technological society. The better we understand the physics of our star, the better we can predict space weather and protect the technologies on which modern life depends.”
— Tatiana Podladchikova, Director of the Center for Engineering Systems and Sciences and Head of the Solar Physics and Space Weather Laboratory. | 623 |
