Category: Moscow

Translation. Region: Russian Federal

Source: State University “Higher School of Economics” –

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The International Summer Institute on Artificial Intelligence in Education Research, organized by Institute of Education HSE University together with East China Normal University (ECNU). It was attended by over 50 participants and key speakers from more than ten countries in Asia, Europe, North and South America. They discussed the use of AI technologies in education and other areas.

Opening the program, Professor Meng Yu and Vice Dean of the School of Computer Science at East China Normal University Xu Fei emphasized that the rapid development of AI technologies requires international cooperation and interdisciplinary research. “We are pleased to join forces with the Institute of Education at the Higher School of Economics and are confident that the week in Shanghai will become a starting point for long-term joint projects,” said Meng Yu and Xu Fei.

Director of the Institute of Education Evgeny Terentyev recalled that research alliances between Russian and Chinese universities are acquiring strategic importance and opening up new horizons for cooperation. He also presented the results of one of the latest studies by InoBra — a typology of Russian universities’ reactions to generative AI: from ban to active implementation. The analysis showed that most universities are still in the grey zone, not formalizing the rules for using new technologies.

In his speech, HSE Academic Director Yaroslav Kuzminov outlined five areas in which AI is already transforming higher education. First, this is the need to change educational practices and educational routines. Second, the new role of human cognitive skills. Third, the possibility of overcoming educational failure by establishing a mechanism for personalized feedback. In addition, these are new learning formats (including gaming). The fifth area is new mechanisms for integrating into the labor market, based on real skills, and not on the ability to perform routine operations.

He also emphasized possible areas of using AI for good, to strengthen a person. "Efficient (competent) implementation of AI in education, based on transparent rules, motivation of students to perform more complex tasks with the help of AI than without it, as well as personalized recommendations – all this together can reduce educational failure and release economic potential, creating equal opportunities for the formation of a competitive workforce and ensuring sustainable development. Therefore, let's move towards the literacy of the future and AI literacy with the understanding that economic development without the AI factor is no longer possible, but regression in the case of careless, illiterate use is quite likely," said Yaroslav Kuzminov.

This leitmotif was continued by Ekaterina Kruchinskaya, senior lecturer Department of Higher Mathematics HSE University. She spoke about the results of a survey of students from ten selective (top) universities in Russia. The survey showed that students most often use generative models to retell texts, analyze data, and program, but the time savings remain minimal due to the need to check the results. At the same time, the practices of use are still not organized, and students mainly use AI to relax more, but not to use the capabilities of generative models to perform more complex, creative tasks.

“The danger of using generative AI will be significantly reduced when these practices of its use become more institutionalized, and students are motivated not to imitate, but to improve their real results,” Ekaterina Kruchinskaya summed up.

The lecture was given by Okan Bulut, a professor at the University of Alberta (Canada), who spoke about the problems of using artificial intelligence in education. He highlighted the key challenges in assessing the use of AI and discussed how this technology can be used for the benefit of learning. Continuing the topic, Associate Professor Mick Funghi of the Education University of Hong Kong spoke about changing traditional ideas about computer-supported collaborative learning. He explained that if previously technologies were viewed only as a means for students to interact with each other, now AI tools themselves are becoming full-fledged participants in the process. Using the example of group work with text, Professor Funghi also highlighted the new risks of freeriding – cases when students use AI primarily to save time, rather than to deepen collaboration – and proposed a research agenda focusing on the behavior of individual participants.

The first day ended with academic "speed dating": the participants exchanged ideas for their projects and outlined the tasks they would work on during the week in Shanghai. Ahead of them are a series of lectures, master classes and workshops on research methods. Following the work, each participant will present their research, taking into account the recommendations received during the summer institute from experts from the Institute of Education of the National Research University Higher School of Economics and the Higher Communist Party of Ukraine.

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Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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The Polytechnic stand continues its work at the INNOPROM exhibition, and the official delegation of SPbPU takes an active part in the business program. On July 8, Russian Prime Minister Mikhail Mishustin arrived in Yekaterinburg. At the forum, the Prime Minister assessed the exhibits and opened the main strategic session "Technological Leadership: Industrial Breakthrough".

"I would like to sincerely welcome the participants and guests of the main industrial exhibition of Russia. This year it has a significant anniversary. For the 15th time, Yekaterinburg has become the center of attraction for companies of industrial leaders – both our country and our friendly states. In order to identify new growth points, expand the range of business contacts," said Mikhail Mishustin. – Today's discussion is devoted to a very important topic – industrial breakthrough. President Vladimir Vladimirovich Putin at the St. Petersburg International Economic Forum emphasized that the Russian economy must become more technological. This is a serious challenge, the solution of which will require combining the efforts of educational and scientific institutions, industry and other sectors, the expert community and investors, state corporations and development institutions, ministries and departments, regional authorities. I am absolutely convinced that together we will be able to achieve the goals set in this area. And a good support, of course, will be the success of domestic manufacturers."

The industrial world is currently experiencing a period of dramatic change and instability. In the context of growing uncertainty, the largest market players are actively looking for new growth points and strategic allies. Technological development is becoming a key area of production transformation. The priority vector is the creation of intelligent and automated systems, where artificial intelligence plays a central role in managing production processes. However, technological progress is only one component of success in the struggle for leadership. An equally important aspect is the formation of a reliable ecosystem of partnerships based on many years of experience of joint work and mutual trust. The key factors in this strategy are the painstaking work of higher education institutions in training qualified personnel, as well as close interaction between educational institutions, enterprises and business representatives.

Thus, the chief designer for the key scientific and technological development area of SPbPU "System Digital Engineering", director of the Advanced Engineering School of SPbPU "Digital Engineering" Alexey Borovkov was one of the key speakers of the round table "Implementation of strategic projects of technological leadership within the framework of the program "Priority-2030". The participants of the meeting discussed the mechanisms of interaction of the program with the system of higher education, including the assessment of the implemented educational programs, methodological approaches to training and forms of cooperation between educational institutions and the business community.

Alexey Ivanovich recalled that in 2025, each university included the section "Strategic Technological Leadership" in its comprehensive development program, identifying three strategic technological projects. Peter the Great St. Petersburg Polytechnic University, following the presentation of the University Development Program at the Council of the Ministry of Science and Higher Education of the Russian Federation, entered the leading group of universities participating in the Priority-2030 program.

It is important to note that in accordance with the Order of the Government of the Russian Federation dated May 20, 2023 No. 1315-r, the term “technological leadership” is defined as the superiority of technologies or products in key parameters (functional, technical, cost) over foreign analogues. It is for the purpose of achieving technological leadership according to this definition that SPbPU concentrates its efforts on three key scientific and technological areas (KST): KST-1 “Systemic digital engineering” – development of technologies and products superior to foreign analogues, based on digital twin technology and the CML-Bench® Digital Platform KST-2 “New materials, technologies, production” – creation of science-intensive industries for the repair and manufacture of products for various purposes; KST-3 “Artificial intelligence for solving cross-industry problems” – development of digital platform solutions for analyzing multimodal data, – said Alexey Ivanovich.

A solemn and pleasant ceremony took place at our stand during business negotiations. SPbPU Academic Secretary Dmitry Karpov presented the SPbPU "For Merits" badge of distinction to Anatoly Sludnykh, General Director of the Ural Optical-Mechanical Plant named after E. S. Yalamov (UOMZ). The award was given by a unanimous decision of the Polytechnic Academic Council for his great contribution to the development of Peter the Great St. Petersburg Polytechnic University. UOMZ is a long-standing and reliable partner of the Polytechnic. So, quite recently The plant's delegation visited our university.

According to Anatoly Sludnykh, the enterprise is interested in using technologies and materials developed by Polytechnic University scientists, as well as in additional training of its technologists and engineers at the university. SPbPU, in turn, is determined to strengthen ties and expand cooperation with the Ural Optical and Mechanical Plant and other enterprises of the Shvabe holding.

We should add that the Polytechnic stand enjoys increased attention from specialists and visitors to the INNOPROM exhibition. They evaluate the advanced engineering developments of our university and communicate with the university specialists. But the exhibit of the SPbPU History Museum is of particular value – a fragment of the legendary "Cable of Life". This is a gift from Polytechnic graduates who, after graduating from the university, made a successful career at Lenenergo.

September 23, 1942 was a turning point in the history of Leningrad during the siege. On this day, the besieged city began receiving electricity from the Volkhov Hydroelectric Power Station. The unique project was completed in just 48 days. Power engineers had to lay 104 kilometers of overhead power lines and five 23-kilometer cable strands along the bottom of Lake Ladoga. The work was carried out under constant enemy fire near the front line. A three-core cable with a 120 mm² cross-section ensured the transmission of significant amounts of electricity. The system operated for almost two years, supplying not only industrial enterprises, but also the everyday needs of city residents.

Director of the SPbPU History Museum Valery Klimov shared his memories of the outstanding engineer Nikodim Tumanov, who supervised the cable laying. In 1935, he graduated from the Leningrad Polytechnic Institute as an external student, defending his diploma project on the topic of "Expansion of the electrical network of the Central District of the Leningrad electrical network."

When he was assigned to lead the group, he said: "I understood that this task was impossible. But if I refused, someone else would refuse, a third – and the city would be left without electricity. I decided for myself that I had to try. Leningraders are those people who did not refuse. Perhaps that is why we survived. And as long as a person believes, he lives," Valery Yuryevich quoted Nikodim Tumanov.

I noticed that there are not many stands here that have the logo of the 80th anniversary of the Victory. Our stand has one. This year the country celebrated a great anniversary, and that is why we brought to Yekaterinburg one of the symbols of the Victory and the heroism of Leningraders – "Cable of Life", – emphasized Valery Klimov.

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Translation. Region: Russian Federal

Source: State University “Higher School of Economics” –

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The Higher School of Business of the National Research University Higher School of Economics has received accreditation for teaching the discipline "Project Management" according to the international standard IPMA ICB 4.0.

Accreditation confirms that the Project Management course at the HSB complies with international standards: from the content of the course and the qualifications of teachers to the teaching materials. These requirements are recognized in more than 70 countries, including the USA, China, India, Germany, Great Britain and France.

The Project Management course is implemented as part of various educational programs of the Higher School of Business of the National Research University Higher School of Economics – from bachelor's and master's degrees to professional retraining programs and MBA. Particular attention is paid to unified international approaches so that graduates can work in the global market and "speak" with colleagues in the same professional language.

Project management has long gone beyond the scope of narrow professional tools. Today, it is the key to implementing changes and the basis for sustainable growth of companies in an unstable and rapidly changing environment. Modern project management requires specialists to be flexible, able to work with a high degree of uncertainty, think strategically, and have a wide range of methodological approaches – from classical to Agile and hybrid. All this forms the basis for teaching the Project Management discipline at the Higher School of Business of the National Research University Higher School of Economics.

The certificate was issued for two years by the Russian Project Management Association SOVNET, the representative of the International Project Management Association (IPMA) in Russia since 1991. To obtain accreditation, the HSE provided a full set of training materials, and the teachers confirmed their qualifications by undergoing certification according to the IPMA system. The assessment was carried out by a commission of national experts authorized by IPMA.

Ilyina Olga Nikolaevna

Associate Professor of the Higher School of Business, National Research University Higher School of Economics, Director of the Project Management Center of the Higher School of Business, National Research University Higher School of Economics

"Accreditation according to the international IPMA standard is a significant step for the HSB. It confirms that our approach to teaching project management meets the high requirements of the global professional community. For us, this is not only an assessment of quality, but also confirmation that we are developing education in accordance with global trends and preparing specialists who are able to work effectively in an international environment."

International accreditation confirms HSE's commitment to high educational standards and strengthens its reputation as a first-choice business school.

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Translation. Region: Russian Federal

Source: Saint Petersburg State University –

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During the training, future archaeologists will acquire a solid theoretical base, the necessary technical competencies for working with archaeological equipment, material sources, and will also have the opportunity to develop analytical skills for the correct interpretation of finds. The curriculum includes disciplines on the study of the material culture of Eurasia, the Caucasus, Central Asia and Europe, the history of landowning and nomadic civilizations – from the Stone Age to the New Age.

The practice-oriented disciplines include mastering methods of field and desk research, including 3D modeling, as well as immersion in issues of legal regulation of the protection of cultural heritage sites. In addition, students will take courses in Chinese and Hindi.

A bachelor's program has been opened at St. Petersburg State University in the 2025/26 academic year "Archeology" with additional qualifications: "History and Social Science Teacher", "Curator of Museum Values" or "Museum Objects Accounting Specialist". This direction is implemented in online form with the Institute of the History of Material Culture of the Russian Academy of Sciences, where students conduct practical training and research work.

The classes will be taught by leading teachers of St Petersburg University and research fellows of the Institute of the History of Material Culture (IHMC) of the Russian Academy of Sciences — recognized experts in the field of studying the Paleolithic era, Finno-Ugric, Slavic-Russian, Scandinavian and Caucasian archeology, the New Age and the art of the Ancient East. Among them are Alexander Ocherednoy, Senior Research Fellow of the Paleolithic Department of the IHMC, Margarita Kholkina, landscape archeology specialist and Associate Professor of St Petersburg University, Evgenia Tkach, Academic Secretary of the IHMC, and other scientists.

Telegram channel of the employees of the Paleolithic Department of the Institute of Material Culture of the Russian Academy of Sciences “It all started in the Paleolithic” (provided by Ksenia Stepanova)

On a voluntary basis, students will be able to take part in archaeological expeditions: in Krasnoyarsk Krai, the Republic of Tuva, the North Caucasus, Crimea, the Kaliningrad and Leningrad regions, one of the largest Stone Age sites Kostenki in the Voronezh region, as well as in the territories of the near abroad. Immersion in a professional environment is not only gaining valuable practical experience for future archaeologists, but also an opportunity to contribute to the study and preservation of Russia's cultural heritage.

The university implements programs of additional education, including in areas dedicated to history. For example, advanced training for specialists "Protective archeology and preservation of cultural heritage sites" and online course "History of Russian Literature". The full list of courses is presented on the SPbU website in the section "Additional education".

As noted by the head of the educational program "Archaeology", professor of St. Petersburg State University Igor Tikhonov, the new direction of training continues the traditions of the Russian school of studying applied historical science. "For the first time, the resources of the Institute of the History of Material Culture of the Russian Academy of Sciences, which is the successor of the Imperial Archaeological Commission created in 1859, and the oldest department of archeology of St. Petersburg State University, which has existed since 1936, have been fully combined. This is a real combination of the potential of one of the leading academic institutions of our country and the educational traditions and practices of St. Petersburg University. The Institute of the History of Material Culture of the Russian Academy of Sciences is also the main employer for university students," the professor added.

Graduates can focus on professional activities in scientific institutes, museums and government agencies, manage educational and tourism projects, work in publishing houses or teach in secondary specialized educational institutions. Potential employers include the Institute of the History of Material Culture of the Russian Academy of Sciences, the Institute of Archaeology of the Russian Academy of Sciences, the Peter the Great Museum of Anthropology and Ethnography of the Russian Academy of Sciences, the State Hermitage Museum and other organizations.

Admission to the program started on June 20.

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Translation. Region: Russian Federal

Source: Official website of the State –

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On July 8, not only applicants from different parts of Moscow, but also the best students of the GUU Pre-University came to the Admissions Office of the State University of Management.

Vice-Rector Dmitry Bryukhanov and Director of the Pre-University of the State University of Management Marina Grigorieva presented thirteen students with medals from the Moscow Department of Education and Science “For Special Achievements in Education” and wished them successful admission.

Most of the graduates came with their parents and brought documents to submit to the university that had become their home.

Sofia Varenik, who graduated from the Pre-University this year with a gold medal, told us about her path to the award.

"I have been an excellent student since the first grade, my example was my mother, who also received a gold medal upon graduation. I will not say that it was easy. The main thing in achieving success in any endeavor is patience, determination, the ability to wait and work. The Pre-University has a very comfortable atmosphere, excellent conditions, and the teachers and classmates have become a real family over these two years. We are going to continue to keep in touch," Sofia shared.

Earlier we told you how the graduation of the Pre-University of the State University of Management and the graduation of the students of the State University of Management went, and on our channel in Zen you can find out the rules for admission to the State University of Management, what has changed in the Admissions Campaign of 2025, as well as get acquainted with the institutes of the State University of Management and get useful advice.

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Source: Peter the Great St. Petersburg Polytechnic University –

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From July 4 to 6, the Polytechnic University hosted the international scientific conference "Implementation of Innovations. New Materials and Additive Technologies" (VINMiAT-25). Scientists and experts in the field of materials science discussed the latest achievements in the creation of new materials and equipment design.

The organizers were the Ministry of Science and Higher Education of the Russian Federation, the Russian Academy of Sciences, the National Academy of Sciences of Belarus, PJSC Gazprom and SPbPU.

The conference considered modern achievements of science and technology in the field of physical and chemical processes for obtaining new materials and designing technological equipment, problems of implementation and commercialization of innovative technologies of the country's fuel and energy complex, as well as new approaches to solving urgent problems in modern materials science.

The plenary session was held in the research building of Technopolis Polytech. It was opened by the rector of SPbPU, academician of the Russian Academy of Sciences Andrey Rudskoy.

I am pleased to welcome you to the international scientific conference “Implementation of Innovations. New Materials and Additive Technologies”. This significant event brought together leading representatives of the scientific community, experts in the field of materials science, as well as students and postgraduates. I am confident that the results of our joint work will find practical application in various industries, contributing to the technological development of our country,” noted Andrey Rudskoy.

The Deputy Head of Department of PJSC Gazprom, Maxim Nedzvetsky, gave a welcoming speech, expressing gratitude to the Polytechnic University for the excellent organization and emphasizing the relevance of the issues discussed.

At the plenary session, Director of the Institute of Mechanical Engineering, Materials and Transport of SPbPU Anatoly Popovich made a report on the experience and prospects for the development of additive and laser technologies. As the chief designer of the Scientific and Technical Complex "New Materials, Technologies, Production" within the framework of the project "Strategic Technological Leadership", Anatoly Popovich paid special attention to the manufacture, repair and restoration of components of power engineering in various ways. He also assessed the prospects for the development of the additive technology industry.

Head of the Department of PJSC Gazprom Viktor Seredenok spoke about the implementation of innovative projects in the company. Associate Professor of the Higher School of Physics and Technology of Materials of the Institute of Metallurgical Engineering and Technology Oleg Panchenko gave a report "New Technological Approaches in Welding". He presented a number of technologies that are being implemented at the Polytechnic University. These are electric arc welding with a consumable electrode with cold metal transfer and a non-consumable electrode with a focused arc, manual laser welding, friction stir welding of steels, as well as process automation technologies.

Head of the structural division of the Russian Quantum Center (International Center for Quantum Optics and Quantum Technologies) Anton Guglya devoted his speech to quantum and related technologies in the oil and gas sector. Deputy Chief Engineer for Additive Technologies at UEC Aviadvigatel Alexander Aksenov shared his experience of using additive technologies in the company.

Representatives from Russia, Uzbekistan, Belarus and China participated in the conference. Their work was organized into several sections:

nature-like materials and additive technologies for their production; welding and related technologies; technology for producing powder, composite materials and coatings; equipment, automation and robotics of innovative technologies; physical and chemical processes and innovative technologies in modern materials science; implementation of innovations in high-tech products at PJSC Gazprom.

Specialists from the research laboratory "LiAT" of IMMiT SPbPU presented three reports. The research group analyzed residual deformations of a welded joint using different welding methods. The report presented the results of the influence of the welding method on the level of residual deformations, energy input and the width of the heat-affected zone, as well as on technical and economic characteristics.

A separate presentation was devoted to the restoration of nozzle blades made of cobalt and nickel alloy using laser cladding. SPbPU scientists created a laser cladding technology and developed measures to prevent cracks. The cladding blades successfully passed operational tests.

Mikhail Kuznetsov, Head of the Research Laboratory "LiAT" of IMMiT, presented a series of robotic systems for the implementation of laser welding, laser cladding and direct laser deposition processes in industrial production conditions. Among the developments are the mobile laser cladding system "Nomad", direct laser deposition systems, as well as laser and hybrid laser-arc welding. Special attention was paid to the laser foil welding system and the system for applying a porous coating to hip joint cups. The participants' attention was drawn to examples of the systems' application for solving industrial partners' production problems.

Participation in VINMiAT-2025 is very important for understanding the development trend of industry and science in the field of additive technologies, as well as identifying points of contact for further interaction with industry, commented Mikhail Kuznetsov.

At the sections, experts considered various issues: research into the mechanical properties of continuously reinforced nature-like polymer composites, development of biocompatible titanium-tantalum composites using selective laser melting, 3D printing of metal products using melt extrusion technology, implementation of innovations at Gazprom Transgaz Saratov, the procedure for admitting MTRs for use at Gazprom facilities, modern solutions in instrument making using machine vision and FDM technology, and much more.

A cruise on a motor ship with an excursion program was organized for the conference participants. A meeting was held on board the motor ship, where reports were presented by representatives of PAO Gazprom and its subsidiaries, scientific and educational institutions and enterprises.

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Translation. Region: Russian Federal

Source: Saint Petersburg State University –

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The proposed calculation method avoids the inaccuracies that were allowed by previously used approaches and offers engineers simple formulas that are convenient for use in real projects.

Phase-locked loop systems are widely used in satellite navigation and wireless communication devices. They provide precise synchronization of the frequency and phase of the signal coming to the device and the signal generated by the device itself. For example, in the case of a Wi-Fi connection between a router and a phone, the signals from the devices may differ slightly due to interference or instability of the transmitter (router). The phase-locked loop system compares the characteristics of the incoming signal and adjusts them to those characteristic of the device. This reduces the number of errors in the transmission of information, even if the original signal is “noisy”.

Research results, supported with a grant from the Russian Science Foundation (RSF), published in a scientific journal IEEE Access.

However, phase-locked loop systems operate stably only if a number of conditions are met. For example, there are limitations on the so-called hold range, the frequency difference at which synchronization can still be maintained. Another important parameter is the capture range, i.e. the frequency spectrum within which synchronization is guaranteed under any initial conditions. At the same time, it is difficult to accurately determine the capture range, since its calculation requires solving systems of nonlinear equations with a large number of variables. Previously, engineers used approximate methods that could lead to errors, and therefore did not always ensure stable operation of the system.

Researchers from St. Petersburg University analyzed operation of one of the most common phase-locked loop systems and found a simpler way to accurately calculate its capture range. To do this, scientists from St. Petersburg State University used a mathematical method of replacing variables, which allows equations used in other approaches to be reduced to a simpler form. In addition, the researchers used graphs to display how the state of the phase-locked loop system changes over time when transmitting and receiving signals with different parameters (frequencies and phases).

We have proposed a comprehensive approach that combines qualitative analysis of the system and the theory of hidden oscillations, the creation and development of which was this year. was noted State Prize of the Russian Federation in the field of science and technology.

Head of the Department of Applied Cybernetics at St. Petersburg State University, Head of the Laboratory of Information and Control Systems at the Institute of Mechanical Engineering of the Russian Academy of Sciences, Corresponding Member of the Russian Academy of Sciences, Professor Nikolay Kuznetsov

"This approach allowed us to obtain an accurate formula for the capture range and avoid a situation where the device unexpectedly loses synchronization, which can be critical in the case of systems used in navigation and energy. In the future, we plan to develop methods of the theory of hidden oscillations for the analysis of more complex phase-locked loop systems and collaborate with engineers to create prototypes of such systems based on the proposed methods of analysis and synthesis. The relevance of this work is associated with the import substitution program in Russian electronics and a wide range of engineering applications," explained Nikolai Kuznetsov, Head of the Department of Applied Cybernetics at St. Petersburg State University, Head of the Laboratory of Information and Control Systems at the Institute of Mechanics of the Russian Academy of Sciences, Corresponding Member of the Russian Academy of Sciences, Professor.

St Petersburg University mathematician receives State Prize in Science and Technology

The derived formulas made it possible to correct inaccuracies previously proposed approaches, in particular ignoring hidden oscillations that can lead to loss of synchronization. Computer modeling confirmed that the calculations accurately describe the real behavior of the automatic frequency control system, which makes them suitable for practical use.

Saint Petersburg State University is the oldest university in Russia. It was founded on January 28 (February 8), 1724, when Peter the Great issued a decree establishing the University and the Russian Academy of Sciences. Today, SPbU is one of the largest scientific and educational centers. More than 20 thousand students study here, more than 15 large laboratories and 23 resource centers have been created, which are part of the country's leading Science Park. Graduates of the University have repeatedly become Nobel and Fields Medal laureates.

Recently, the Northern capital has officially celebrated a new holiday: Saint Petersburg State University Day. contributed in the Law of St. Petersburg “On Holidays and Memorable Dates in St. Petersburg”.

In February 2025, a ceremony was held during which Roscosmos cosmonauts handed over To the University flag "300 years of St. Petersburg State University", which made its way to the International Space Station and back.

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