Muravyov-Amursky 2030: Build Your Career in the Far East and the Arctic

Translation. Region: Russian Federation –

Source: Official website of the State –

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Selection for the fifth round of the Muravyov-Amursky 2030 program for training personnel for civil service and development institutions in the Far East and Arctic has begun.

Russian citizens with higher education, aged 21 to 35 years, and at least 2 years of work experience in their specialty are invited to participate.

Those selected will participate in nine in-person educational modules, which will take place in Primorsky Krai, Arkhangelsk Oblast, Kamchatka Krai, Khabarovsk Krai, the Jewish Autonomous Oblast, Magadan Oblast, and Sakhalin Oblast. Participants will also complete an international internship in China.

The training will last from May 2026 to April 2027, after which mandatory employment is provided.

Applications for participation are accepted until March 16 on the project's official website.

This unique educational program has been running since 2022 with the goal of training professional management teams for two geostrategic regions of our country. A total of 149 graduates from 39 regions of Russia have graduated. The first 100 have already found employment. Among them are heads of regional executive bodies, deputy ministers, and heads of organizations.

The organizers of Muravyov-Amursky 2030 are the Ministry for the Development of the Russian Far East and the Far East and Arctic Development Corporation.

Subscribe to the "Our GUU" Telegram channel. Publication date: February 10, 2026.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Skiing, quizzes, and strategies: how Polytechnic students spent their winter camps

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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At the end of January, Polytechnic students took part in their traditional winter recreation program, which took place at two locations: the Kholomki Educational and Historical Reserve and the Polytechnic Educational and Sports Center in the village of Toksovo.

From January 25th to 29th, two sessions in Toksovo offered a rich program of active recreation organized by Super Kultorg. Students participated in quizzes, team competitions, and games, spent time outdoors, and got to know each other. The trip helped them take a break from the daily grind, recharge, and spend a few days in a friendly atmosphere.

From January 26th to 29th, a parallel session was held in Kholomki, a place traditionally associated with a true winter fairytale by students. Here, the students had the opportunity to escape the hustle and bustle of the city, socialize with friends, and try new activities. Participants skied and snowshoed, spent time in nature, and recharged their batteries for the upcoming semester.

Following the student shift, PROF's leadership and activists arrived in Kholomki. A two-day strategic session was held to identify the organization's development priorities. Team building activities helped unite the renewed team and build effective collaboration among members.

The trip not only provided an opportunity to discuss plans but also became an important step toward forming a cohesive team focused on developing the student community and launching new initiatives. The winter camps demonstrated that leisure and work can be harmoniously combined, uniting students and activists with a common goal: making university life even more interesting and comfortable.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Boris Zaitsev: The Fate and Works of a Poet of the Silver Age

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Source: Official website of the State –

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Boris Zaitsev was born on February 8, 1881, in Oryol. His father was the director of the Moscow Goujon Metallurgical Plant. The boy spent most of his childhood on the family estate, alone with his family and nature, and often recalled these times as the best.

He received his initial education from governesses. At 13, he entered the Kaluga Realschule, from which, after graduating, he began studying in the chemistry department of the Moscow Technical School. However, Zaitsev did not complete his studies at the school—he was expelled in his first year for participating in student unrest.

Zaitsev attempted higher education twice more: once at the Mining Institute of St. Petersburg (1899–1901), and again at the Law Faculty of Moscow University (1902–1906). Boris never graduated from either institution, as he was exclusively interested in literature.

The literary path – with important acquaintances

Zaitsev began his writing career at the age of 17. In 1900, in Yalta, he met Chekhov, who "blessed" him to become a writer. A year later, he sent his first story, "An Uninteresting Story," to Anton Pavlovich and Vladimir Korolenko. His meeting with Leonid Andreyev and the "Sreda" circle also played a crucial role. There, in 1901, among talented contemporaries, he made his debut with the story "On the Road"—Andreyev published it in his magazine, "Courier." A year later, he began a long-standing friendship with another distinguished colleague, Ivan Bunin.

At the same time, Zaitsev became a member of the Moscow Literary and Artistic Circle. In 1906, he contributed to the publication of the magazine "Zori," which lasted for several months, and from 1907 onward, he was a full member of the Society of Lovers of Russian Literature and the Society of Periodical Press and Literary Workers. Between 1909 and 1911, his second and third books of short stories were published.

Before the revolution, in 1912, the stories "Blue Star" and "Agrafena," the novel "The Far Land," the play "The Lanins' Estate," and other works were published, which immediately attracted the interest of readers and were sold out.

Life during the Revolution and personal tragedies

In the summer of 1916, Zaitsev was mobilized and enrolled in the Aleksandrovsk Military School. In 1917, he published the brochure "A Conversation on the War." In March of that year, he was promoted to officer, but did not participate in combat due to poor health.

Boris Zaitsev was apolitical and found it extremely difficult to come to terms with the violence and destruction that was unfolding. It was happening all around him, and even within his own family—his nephew died in the February Revolution, and his stepson, a young officer, was executed on charges of involvement in the Denikin conspiracy. Zaitsev would later write:

"We didn't notice the clouds, though we unconsciously felt their weight. The barometer was low. Fatigue, dissipation, and lack of faith, both at the top and among the middle intelligentsia—the people remained silent, while destructiveness accumulated within them… It's hard to remember. We paid dearly, but that means we've accumulated enough sins. Revolution always comes with a price. There's no point in blaming the old Russia: it's better to look at ourselves. What kind of citizens were we, what kind of sons of Russia, of the Motherland?"

In 1921, he was elected chairman of the Moscow branch of the All-Russian Union of Writers, and at the same time, together with his colleagues, he founded the Writers' Bookshop, which helped them earn money. Boris Konstantinovich then joined the All-Russian Committee for Relief from Famine, for which he was arrested along with other members and spent several days in Lubyanka. In 1922, Zaitsev contracted typhus so severely that he hovered between life and death for 12 days. Having recovered somewhat from his illness, thanks to the intercession of Soviet leaders Lev Kamenev and Anatoly Lunacharsky, he received permission to travel abroad with his wife and daughter to improve their health. Having received a visa, he and his family traveled to Berlin. Zaitsev never returned to his homeland.

The Voice of "Quiet" Russia in Exile and Faith

In 1924, the writer moved permanently to Paris. Having retired from politics, he became one of the foremost guardians of the classical Russian tradition. He wrote novels about the fates of the Russian intelligentsia (The Golden Pattern, Strange Journey), fictional biographies of Ivan Turgenev, Vasily Zhukovsky, and Anton Chekhov, and essays from Italy, where he lived for a time.

The writer found strength to endure separation from his homeland in his faith. He worked on hagiographic portraits ("Alexei the Man of God," "St. Sergius of Radonezh," "Athos") and novels ("Gleb's Journey," "Memories," "The House in Passy").

A researcher of Zaitsev's work, Alexei Lyubomudrov, noted that only in exile, forever deprived of the opportunity to worship at holy places, did he comprehend their great spiritual significance and make mental pilgrimages to them in his essays.

Nobel Prize nominee and the last poet of the Silver Age

In 1962, at the age of 81, the writer was nominated for the Nobel Prize in Literature. Although he never received it, the event was a universal recognition of the talent of the "quiet" Parisian writer and a sign of respect for one of the oldest literary figures in exile.

Boris Konstantinovich lived to be 91, becoming one of the last representatives of the Silver Age, a witness to an entire era. Although he was not as widely known as his colleagues Anna Akhmatova, Boris Pasternak, and others, his work occupies a special place in literature. It reminds us of eternal values: harmony, humanity, and faith, becoming a source of peace of mind for the reader. "We are a drop of Russia… no matter how poor and disenfranchised we may be, we will never yield to anyone the highest values, which are the values of the spirit."

Subscribe to the "Our GUU" Telegram channel. Publication date: February 10, 2026.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Local Government Prospects: Polytechnics at Municipal Conference

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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The Festival Youth and Leisure Center hosted the conference "The Council of Municipalities of St. Petersburg: 20 Years in Action. Best Practices and Results of the Year." Students from the Institute of Industrial Management, Economics, and Trade at SPbPU helped organize the event. As part of the institute's long-standing collaboration with the Council of Municipalities of St. Petersburg, they volunteered, including residents of the student association "Public Administration Laboratory."

The conference brought together the leaders and deputies of St. Petersburg's inner-city municipalities and served as an important platform for reviewing the year's work and sharing successful local government practices. The event focused on urban planning and improvement, as well as the implementation of socially significant projects. Municipalities that achieved outstanding results in various areas also received awards.

Students from the Institute of Mechanics, Economics, and Telecommunications ensured the smooth running of the conference, assisting with guest registration, accompanying participants, and conducting organizational activities. For future public administration specialists, participation in this event provided valuable practical experience and an opportunity to gain insight into the workings of local government.

Anton Zubarev, a first-year student in the Public and Municipal Administration program and a graduate of the Smolny School career guidance project, shared his impressions: "The conference demonstrated the importance of teamwork. I was impressed by how all the city's municipalities unite to share experiences and solve common problems. As a future manager, I understand that this approach is key to effectiveness. And it's great that we, IPMEIT students, were able to be part of this event."

The Public Administration Laboratory and the Council of Municipalities have been collaborating for a long time. Council Chairman Vsevolod Belikov Honorary Resident of the Laboratory, and we plan to continue working together,” noted the head of the LPU, Maxim Konoplev.

Ksenia Shilina, a first-year student majoring in Public and Municipal Administration and a resident of the LPU, shared her impressions: "The conference was unforgettable, as it allowed us to see the work of the Council of Municipalities of St. Petersburg from the inside and learn about completed and future projects. We also had the opportunity to meet many interesting people in person."

This collaboration will continue. This month, Polytechnic students will participate in organizing the Congress of the Council of Municipalities of St. Petersburg, strengthening the existing partnership and opening up new opportunities for practical interaction between students and the local government system.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

NSU scientists have created a nanoantenna sensor to detect a biomarker for early cancer diagnosis.

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Source: Novosibirsk State University –

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A terahertz nanoantenna sensor for detecting the biomarker L-2-hydroxyglutarate was created by researchers at the Laboratory for Functional Diagnostics of Low-Dimensional Structures for Nanoelectronics at the Analytical and Technological Research Center "High Technologies and Nanostructured Materials." Faculty of Physics Novosibirsk State University. L-2-hydroxyglutarate and its enantiomer (the "mirror image" of the substance molecule), D-2 hydroxyglutarate, are formed as a result of specific changes in cellular metabolism in various types of cancer. As the pathological process progresses, the level of biomarkers in the body increases, and they accumulate in affected organs and tissues, as well as in the blood of cancer patients. Early detection of this biomarker and determination of its concentration in the body are crucial for developing a treatment strategy and assessing the effectiveness of cancer therapy. The sensor developers presented the results of their study in the article "Terahertz nanoantenna sensor for detecting the biomarker L-2-hydroxyglutarate: design optimization and testing" (“Terahertz nanoantenna sensor for detection of biomarker L‑2‑Hydroxyglutarate, design optimization and testing”), published in the journal Optical and Quantum Electronics.

— L-2-hydroxyglutarate plays an important role in many physiological processes and is considered as a biomarker for various types of cancer. An increase in its level occurs in malignant tumors of the brain, pancreas, kidneys and other organs. To correctly diagnose and predict the course of the disease, it is necessary to know what the concentration of L-2-hydroxyglutarate is in the patient’s organs and tissues. For these purposes, gas and liquid chromatography methods are currently used in combination with mass spectrometry to determine the level of this biomarker in blood serum and cerebrospinal fluid. These methods require complex sample preparation and expensive equipment. There are other diagnostic methods aimed at detecting changes in blood composition, but they require a long time and, as a rule, they are performed strictly according to medical indications. Some diseases develop covertly for a long time, so their timely detection is difficult. For example, glioma, a tumor that affects the glial cells of the brain or spinal cord, often does not make itself felt until a certain point, often appearing in late stages, when therapy is either ineffective or completely impossible. Therefore, we have attempted to develop optical systems capable of performing rapid diagnostics by detecting excess concentrations of L-2-hydroxyglutarate and D-2 hydroxyglutarate, as well as changes in their ratio. Our development can make it possible to detect oncological diseases in the early stages and, therefore, begin treatment in a timely manner,” said Nazar Nikolaev, Candidate of Technical Sciences, senior researcher at the Laboratory of Functional Diagnostics of Low-Dimensional Structures for Nanoelectronics, ATIC FF NSU, as well as the head of the Terahertz Photonics Laboratories at the Institute of Automation and Energy SB RAS.

A team of six scientists from NSU, the Institute of Automation and Electrometry SB RAS, and the A.V. Rzhanov Institute of Semiconductor Physics SB RAS collaborated on the development of new optical sensors. They drew on the research of their colleagues in China, who conducted spectroscopy of the biomarkers L-2-hydroxyglutarate and D-2 hydroxyglutarate and found that the spectra of these isomers in the far-infrared (terahertz) range differ. The L-isomer has a characteristic absorption peak near 1.337 THz, while the D-isomer has a peak near 1.695 THz. Based on these data, the laboratory's researchers developed a new type of optical sensor based on terahertz nanoantennas for detecting L-2-hydroxyglutarate in biological samples.

The device is an array of gold nanoantennas on a silicon substrate. NSU scientists performed electrodynamic calculations of the sensor structure and optimized the geometric parameters to excite plasmon resonance at the required frequency for this biomarker – 1.337 THz. The sensor was fabricated using nanolithography at the Institute of Semiconductor Physics SB RAS and characterized using scanning electron microscopy. Spectral measurements and testing of the sensor were conducted at the Spectroscopy and Optics Shared Use Center of the Institute of Automation SB RAS. Its specific sensitivity to the L-2-hydroxyglutarate biomarker was confirmed experimentally using pulsed terahertz spectroscopy. By monitoring the resonance behavior in the sensor's transmission spectrum with increasing L-2-hydroxyglutarate concentration, the researchers determined the sensor's sensitivity. The study identified the device's shortcomings and proposed a solution to improve its sensitivity and biomarker level detection accuracy.

The nanoantenna itself is a simple dipole resonator. With a length close to half the wavelength, it effectively interacts with the electromagnetic wave, whose energy is concentrated at the antenna ends. In our case, the antenna length is approximately 40 µm. The prefix "nano" means that we moved the antennas end-to-end and created the smallest possible gap between them. This gap is approximately 100 nanometers. The University team was tasked with optimizing the antenna dimensions to increase the field strength at a frequency of 1.337 THz in the nanogap. As the field strength increases, so does the sensor sensitivity. The sensor design itself was not new, but the engineering task of optimizing it for the terahertz frequency range was our first. After testing, we identified key ways to increase the sensitivity of this class of sensors, related to further increasing the signal-to-noise ratio and increasing the spectral resolution of the entire sensor system, for example, by applying an antireflective coating to the back of the sensor or increasing the thickness of its substrate, explained Nazar Nikolaev.

Scientists claim that in a similar way it is possible to make a sensor for detecting the biomarker D-2 hydroxyglutarate, which has a resonance frequency of about 1.695 THz, and, combining it with one already developed for the biomarker L-2-hydroxyglutarate, obtain a universal device that works to detect the amount of both isomers. However, in the process of working on these devices, they identified a number of shortcomings of the technical approach using nanoantennas. The plasmon surface resonance interacting with the biomarker molecule is an absorption resonance: interacting with an electromagnetic wave, the nanoantenna absorbs energy, and a dip is formed in the corresponding region of the spectrum. To assess the concentration of a biomarker, it is necessary to study changes in the characteristics of a given dip: amplitude, frequency shift. And a problem arises: due to the absorption of energy in this area, the signal-to-noise ratio decreases. Therefore, strong noise does not allow one to reliably determine the presence and concentration of a small amount of a substance. It became obvious that such a design as nanoantennas is not the optimal technical solution. Scientists have proposed another approach to solving the problem, based on an inverse structure, i.e. instead of thin metal strips (antennas) there are slits. The metal surface of the sensor must be solid, in which nano-sized slits are cut. This structure must have an inverse spectrum – not energy absorption at the operating frequency, but maximum transmission at a given frequency and suppression of other frequencies. Then the optimal signal amplitude and high signal-to-noise ratio will be achieved, which will improve the diagnostic accuracy. Now scientists have to translate the results of their research into a new device. They have already begun to develop a new sensor that will not have the shortcomings identified in the nanoantenna sensor. Work on it is expected to be completed this year.

We anticipate that the new sensor will produce more reliable results and lower measurement noise. If this is confirmed, we will be able to move on to testing not model solutions of the substance, as in the previous stage of research, but blood serum, which is a complex biological fluid. This will allow us to test our sensor for detecting the L-2-hydroxyglutarate biomarker under conditions close to real-world conditions. Potentially, if successful, our device could be used in clinical diagnostics. However, to test the sensor and detect this biomarker, we currently use expensive systems with a wide spectral range. Only specialized specialists with the skills to configure and process data can operate such laboratory equipment. However, since real-world practice requires only resonant frequency analysis, the entire diagnostic system can be simplified by transferring it to a more accessible single-frequency radiation source. With further development of the appropriate software, this diagnostic equipment could be used by medical professionals without the need for specialized physicists. However, even if our new sensor proves effective, it will require several years of engineering and design work, as well as the device's certification process, said Nazar Nikolaev.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Silver medals in the intercollegiate darts competition

Translation. Region: Russian Federation –

Source: Novosibirsk State University –

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The "Vigor and Health" Spartakiad for faculty and staff of higher education institutions in the Novosibirsk Region continues. The NSU team took second place in the darts competition, which was held using the "Grand Round" system.

In the individual competition, Associate Professor of the Department of Physical Education Sofia Zakharova took first place with a record score of 419 points!

The team also had excellent performances from:

Alexey Sokorev, Associate Professor, Department of Physical Chemistry; Vilya Yeltsov, Associate Professor, Department of General Chemistry; Anton Mamekov, Senior Lecturer, Department of Physical Chemistry

Congratulations to the NSU team on their excellent performance!

Our university took 6th place in the chess competition at the regional interuniversity Spartakiad.

Team members: Alexey Egitov, Assistant Professor at the Department of Differential and Statistical Analysis of the Russian Academy of Sciences; Evgeny Korolev, Head of the Institute of Physical and Mathematical Problems; Victoria Vybornova, NSU History Museum, 1st category curator

We thank everyone for competing in the chess tournament and wish them success next year!

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NSU teachers are prize winners of the regional Spartakiad

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Source: Novosibirsk State University –

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From January to February, the annual traditional "Cheerfulness and Health" Spartakiad is held among faculty and staff of higher education institutions in the Novosibirsk region. The NSU team won silver in the badminton competition! In a very close final, our athletes lost to the NSTU team 2-3.

Team members: Alexander Ulyanov, Associate Professor, Department of Higher Mathematics; Anton Mamekov, Senior Lecturer, KAFV NSU; Elena Voytishek, Head of the Department of Oriental Studies, GIM; and Mikhail Khrushchev, Assistant, KAFV

The Spartakiad features 10 sports: badminton, billiards, volleyball, darts, cross-country skiing, swimming, shooting, table tennis, chess, and a new sport – bowling. The top seven results count toward the university's overall standings, so the competition will be fierce.

We are pleased to congratulate our badminton team on their excellent performance!

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An NSU astronomer captured comet 240P/NEAT and a fragment that broke off from it.

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Source: Novosibirsk State University –

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Mikhail Maslov, an engineer at the Vega Observatory of the NSU Physics Department, photographed comet 240P/NEAT and a fragment that broke off from it through a telescope. The images were taken near the village of Verkh-Irmen in the Novosibirsk region on February 4, 2026.

Comet 240P/NEAT was discovered in 2002 by the American Near Earth Asteroid Tracking (NEAT) system. It is a medium-sized Jupiter-family comet with an orbital period of 7-8 years.

"During this comet's previous returns in 2010 and 2018, it exhibited brightness fluctuations—flares or, conversely, a loss of brightness—which suggests possible fragmentation or ejections of clouds of nuclear material, although no obvious fragments were observed during these returns," said Mikhail Maslov.

This time, during the comet's return, a fragment broke off from it, which was first noticed in October 2025.

"Comet fragmentation, which can be observed, is not a very frequent event, but it nevertheless occurs fairly regularly. Excluding solar comets, it occurs for observed comets approximately once every two to three years, but this is a very rough estimate," explained Mikhail Maslov.

In this image, the main comet, 240P/NEAT, is in the center, and a fragment designated 240P/NEAT B is visible as a smaller comet to the right and below the main comet. The conditions for shooting were not ideal, as there was significant light pollution.

"The fragment itself is currently approximately 30 times dimmer than the main comet. At the time of the photograph, the comet was 2.16 AU from the Sun (approximately 322 million km) and 1.73 AU from Earth (approximately 258 million km). It passed perihelion (its closest distance to the Sun) on December 19 of last year, meaning it is now moving away from the Sun," added Mikhail Maslov.

The comet and its fragment can only be observed visually through large professional telescopes, but thanks to the accumulation of light, they can also be photographed through an amateur telescope.

"The comet's brightness during the photograph was 12.5 magnitudes, and the fragment's brightness was around 16, far beyond the naked eye's visibility limit of 5-6 magnitudes. The comet is invisible even in amateur telescopes, and only the largest ones, 30-40 cm in diameter, can be seen, and even then, at the limit of their visibility under dark skies. To visually observe the fragment, professional telescopes, probably at least a meter in diameter, would be required. However, thanks to the accumulation of light, the comet and fragment can be captured in photographs through an amateur telescope," concluded Mikhail Maslov.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Deputy Minister of Science and Higher Education of the Russian Federation Airat Gatiyatov assessed the level of readiness of the second phase of the NSU campus facilities.

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Source: Novosibirsk State University –

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On behalf of the Minister of Science and Higher Education of the Russian Federation, Valery Falkov, Deputy Minister Airat Gatiyatov visited the construction site of the second phase of the project during a working visit to Novosibirsk.new campus of NSU, which is being built within the framework of the national project "Youth and Children" – an educational and scientific centerInstitute of Medicine and Medical Technologies(UNC IMMT) and the NSU Research Center (R&D Center). Construction of these facilities is scheduled for completion this year.

Together with Novosibirsk Region Governor Andrey Travnikov and NSU Rector Dmitry Pyshny, the Deputy Minister of Education and Science inspected the facilities of the world-class campus under construction and held a meeting on the project's implementation.

The construction of NSU's new campus consists of several phases. The first phase includes the academic building.Specialized Scientific Center of Novosibirsk State UniversityThe NSU Specialized Scientific Center (SENC) recreation center and NSU dormitory complex, which accommodates 690 students, were commissioned and have been operational since September 1, 2024. One of the second-stage facilities, the classroom building, opened in late August 2025. It will be able to accommodate approximately 1,700 students at a time. The building includes four classrooms, the largest of which can accommodate 400 students, a research library, a student project center, coworking spaces, and a conference hall.

The new building of the NSU Institute of Medical and Mathematical Technologies (IMMT) will provide training facilities for over 700 students in medical fields, including new programs such as Medical Cybernetics and Industrial Pharmacy, which opened at NSU in 2025. It will house practical workshops and laboratories for molecular pharmacology, metabolomic research, medicinal chemistry, molecular virology, oncology, and other fields, as well as a simulation center for practicing the practical skills of future doctors.

The NSU Research Center building will house up to 180 university researchers—graduate students and young scientists. Promising scientific and technological areas will be developed there, including space instrumentation, photonics and sensors, biomedical and pharmaceutical technologies, synchrotron technologies, high-performance computing, and others. The Research Center will also house a pilot production facility for biotech products.

"NSU's new campus is an investment in the future of Russian science and education. It's creating an environment where education, research, and technology work together as a unified system, and where students and young scientists are provided with world-class opportunities," noted Airat Gatiyatov.

Construction and installation work has been fully completed at the NSU IMMT USC building, including laying walls and partitions, installing the roof, stained-glass windows, and the façade. Interior finishing is well underway: ceilings and walls are complete, electrical wiring and outlets are being installed, elevator installation is complete, and door installation has begun. Commissioning of internal utility systems, such as fire alarms, has also begun. Partial deliveries of equipment and furniture have begun.

Interior finishing work is also underway at the NSU Research Center, and preparations have begun for the installation of cleanrooms. The technical readiness of the NSU Research Center and the NSU Institute of Mathematics and Mechanics (IMMT) Research Center buildings is 73.5% and 84.5%, respectively.

At the direction of President Vladimir Putin, a network of modern campuses is being created in Russia. By 2030, the country is expected to have a constellation of 25 campuses. The Government of the Russian Federation and the Ministry of Education and Science are leading this effort. Funding for the project is provided by federal and regional budgets, as well as extra-budgetary sources.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

Helping Our Own: The Main Directorate of the UAVs has donated funds to equip military drones and launched a humanitarian aid drive.

Translation. Region: Russian Federation –

Source: Official website of the State –

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The State University of Management, together with Moscow universities, participated in supporting military UAVs.

Our university donated a shipment of furniture and upholstered furniture to equip sleeping quarters at the training centers of the Unmanned Aerial Systems Troops. This humanitarian aid, including beds, bedding, and furnishings, is intended to create comfortable conditions for soldiers mastering modern military specialties.

Each of you can also contribute to supporting military personnel performing tasks within the SVO: from February 10 to March 20, the State University of Management and the Moscow City Branch of the VSKS are holding another humanitarian aid drive.

You can donate items from the list of necessary items on weekdays from 11:00 to 17:30 (lunch break 13:00-14:00) to the address: Ryazansky Prospekt 99s16 (Business Center of the State University of Management), contact phone number 7 (904) 011-62-20, Daria Anatolyevna.

As a reminder, the State University of Management (SUM) continuously supports Russian military personnel, including through the "GUU – SVOim" campaign. Assistance to training centers and regular deliveries of humanitarian aid to the front lines are an important part of this work, the university's contribution to strengthening the spirit and meeting the needs of defenders of the Fatherland.

Subscribe to the Telegram channel “Our State University of Management” Published: February 9, 2026

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.