Recognition of merit: Boris Kondin awarded the medal "For work in culture and art"

Translation. Region: Russian Federation –

Source: Peter the Great St. Petersburg Polytechnic University –

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By the Decree of the President of the Russian Federation dated January 28, 2026, Boris Kondin, Head of the Directorate of Cultural Programs and Youth Creativity at SPbPU, was awarded the medal "For Work in Culture and Art."

During Boris Igorevich's 20 years at the Polytechnic University, the university's cultural life has reached a new level. The White Hall is now more than just a local university auditorium, but a city-wide concert venue, featured on the billboards alongside theaters and the philharmonic. The White Hall's repertoire annually includes up to 200 concerts, representing all genres of classical and contemporary music, literary evenings, and theatrical productions. Leading artists and musical groups from St. Petersburg, Russia, and abroad perform on the hall's stage. The hall's annual audience reaches 60,000 spectators.

The Polytechnic University is the only university in Russia where you can listen to organ music. Five years ago, thanks to the efforts of Boris Kondin, a three-manual Johannus organ was installed in the White Hall.

In addition to his regular concert activities, Boris Igorevich has been organizing major cultural and educational events since 2010: this includes a festival of Russian music and poetry that has gained immense popularity among city residents. Pushkin Days at the PolytechnicThe Easter Festival, the "Music in the Glitter of Uniforms" military brass band festival, featured performances by People's and Honored Artists of Russia, including Vasily Lanovoy, Alexander Filippenko, Alla Demidova, Veniamin Smekhov, Avangard Leontyev, Dmitry Dyuzhev, and Vasily Gerello. The Terem Quartet, the Valaam Monastery Choir, and the Alexander Nevsky Men's Choir also performed at the Easter Festival.

The All-Russian festival-competition of student choral groups from technical universities, "Blagovest," organized by Boris Kondin, includes 10 technical universities, including the Ural Federal University, the National Research Nuclear University MEPhI, the Stieglitz St. Petersburg State Academy of Art and Design, Petrozavodsk State University, the Irkutsk National Research Technical University, and others.

Since 2019, the Polytechnic University, under the leadership of Boris Igorevich, has been hosting two large-scale joint events with the Committee for Science and Higher Education of St. Petersburg: International Festival "Golden Autumn" AndGovernor's New Year's Student Ball, to which 700 of the best students from all higher and secondary educational institutions in the Northern Capital are invited. Both receive extensive media coverage.

Student creativity has also reached unprecedented proportions. Today, the university has 14 active associations, attended by 700 Polytechnic students. Choirs, theaters, vocal, and dance studios are achieving success in professional competitions. At the initiative of Boris Igorevich, the university established the first technical university in Russia in 2014. student pop and symphony orchestra, who today already performs large solo concerts for residents and guests of the city.

"At the very beginning of my work, I found the materials about the music clubs and student orchestra operating under the Polytechnic's first director, Prince Andrei Grigorievich Gagarin, extremely valuable," says Boris Kondin. "Prince Gagarin's unique approach to the development of culture and student creativity was passed on to Rector Andrei Ivanovich Rudskoy, through whom the Polytechnic became a cultural hub."

Nineteen years ago, at the initiative of Boris Kondin, SPbPU introduced "Creative Semesters" for all first-year students. St. Petersburg Polytechnic University is the only university in the country that integrates the development of students' creative abilities into its curriculum, drawing on the best examples of global music, literature, and other arts. This is a unique project not only for Russia but also for global education.

In 2022, Boris Kondin organized a series of musical and dramatic performances in the White Hall. "Russia, don't be afraid, we are with you!" which explored the tragic events in Donbass through the texts of poets from the Great Patriotic War and contemporary poets living in the cities of Donbass.

In 2024, Boris Igorevich developed and implemented the educational project "Polytechnic University—A Territory of High Culture." Banners featuring quotes from great figures of the past and present were installed across the campus, and the university organized courses on the history of Russian culture, art, and literature—not only for students and staff of the Polytechnic University but also for city residents.

In October 2024, a new project was launched at the Polytechnic University on the initiative of Boris Kondin – "Musical Changes".

Do Polytechnicians know that Boris Igorevich is the author of the Polytechnic University anthem? This magnificent piece of music is played today at all official and ceremonial events at the university, and it is performed in concerts by members of choirs and the pop and symphony orchestra.

The Polytechnic University team is proud that Boris Kondin's multifaceted and long-standing work in creating a cultural space at the university and in St. Petersburg has received state recognition. We congratulate him on this achievement!

"It's a great pleasure to receive this prestigious award and share this joy with my small team, who, like me, believe in the value of culture. This award is an incentive to continue what we've started, to explore new forms, to support students' creative initiative, and to strengthen the university's role as a cultural and spiritual center," Boris Kondin shared.

In 2022, Boris Igorevich became the subject of the "Persona" column. Read the interview with Boris Igorevich onon the portal of the newspaper "Polytechnic".

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An associate professor at the RUDN University Engineering Academy spoke about her development.

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Source: Peoples'Friendship University of Russia

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Ekaterina Gosteva, Associate Professor of the Department of Nanoelectronics and Microsystems Engineering at RUDN University, is leading an interdisciplinary project to develop a technology for nanostructuring implant surfaces. Her goal is to make implant engraftment fast, reliable, and accessible to a wide range of patients.

The problem of dental implant rejection often stems not from the material, but from the implant's surface. Traditional processing methods, such as sandblasting, can leave microscopic contaminants that cause inflammation. A team of RUDN University scientists proposes a different approach.

"The project's goal is to create the most suitable surface that will help solve problems such as the inability to use implants in diabetics," says Ekaterina Gosteva, PhD in Physics and Mathematics and the project's leader.

What is the secret of the technology?

The new technique combines electrochemical etching in gentle solutions and precise laser irradiation. This combination allows for the precise creation of a specific microrelief on the titanium surface, ideal for bone fusion.

Advantages:

Absolute purity: eliminates the risk of surface contamination with abrasive or chemical residues; creates a uniform and controlled microrelief and adapts to the complex geometry of the implant; and enables personalization: the technology paves the way for the creation of implants with surfaces tailored to the individual bone characteristics of the patient.

From idea to prototype

Work on the project began in 2021 at the request of a Russian implant system manufacturer seeking to improve product performance.

"We've done extensive research into implant systems in Russia and around the world, identifying their strengths and weaknesses. This was necessary to further understand the methods and technologies used to process implants, the challenges manufacturers face, and how they can be addressed by understanding the processes occurring at the interface between the implant and the living environment," said Ekaterina Gosteva.

Now, with the support of a grant from RUDN University, the project has entered its active experimental phase. Funds have been used to purchase the necessary equipment and conduct experimental research.

"We've received four series of samples with varying surface design parameters and are now moving on to testing on model objects. A positive result will allow us to identify the 'ideal implant' and, by the end of the project, move on to scaling the technology and transferring it to production by 2028," said Ekaterina Gosteva.

The immediate goal is to conduct a series of biological tests (in vitro and in vivo) to prove the high biocompatibility of the created surfaces. A patent application is planned for the spring of 2026.

Partnership and the path to the clinic

The project's key partner is Licostom. The company plans to acquire the patents and technology in the future.

The associate professor sees a clear path for the development's implementation: after successful testing, the technology will be integrated into the partner's production lines. This will allow for the introduction of a new generation of Russian implants to the market in the foreseeable future, offering competitive pricing and improved properties.

The technology's potential extends beyond dentistry. The principles of controlled nanostructuring of surfaces are also in demand in other areas of medicine.

"We've already been approached by endoprosthesis manufacturers, and their needs involve not only surface shaping but also reducing the weight of the implant itself. I believe there are still many challenges in this area that require an interdisciplinary approach and the implementation of new technologies," says Ekaterina Gosteva.

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Russia chooses speed! Polytechnic University at the Railway Museum exhibition

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Source: Peter the Great St. Petersburg Polytechnic University –

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The Central Museum of Railway Transport of the Russian Federation has opened an exhibition, "Russia Chooses Speed," dedicated to the history of high-speed rail in our country. Peter the Great St. Petersburg Polytechnic University contributed to the exhibition's preparation.

The exhibition features a wide variety of high-speed train models—outstanding engineering achievements that were never realized: a 1933 model of a ball train, a model of S.S. Waldner's aerotrain, a model of a magnetic levitation train, and a model of the Sokol-250 high-speed train from the 1990s. Of course, the history of completed projects is also shown—the Aurora, Nevsky Express, and ER200 high-speed trains, and the Sapsan and Allegro high-speed trains. The exhibition also includes materials dedicated to the design and early construction of the Moscow-St. Petersburg high-speed railway.

One of the key issues in the development of high-speed and high-speed rail technology is the aerodynamics of rolling stock. Part of the exhibition is dedicated to the history of aerodynamic research in rail transport. In 1909, Nikolai Rynin established an aeromechanical laboratory at the Institute of Railway Engineers in St. Petersburg, where the effects of airflow on rolling stock were studied and the force of airflow pressure on bridge trusses was determined. The exhibition features rare models made by N. A. Rynin.

Then, in 1909, on the initiative of N. A. Rynin andDean of the Shipbuilding Department of the Polytechnic Institute Konstantin Boklevsky In 1910, aeronautics courses were founded and construction began on an aerodynamics laboratory at the St. Petersburg Polytechnic Institute. Vasily Slesarev was invited to organize the laboratory and further develop the courses. The laboratory's largest installation, to accommodate which part of the 1st Student Building was rebuilt in 1910, was a wind tunnel with a circular test section two meters in diameter. The tunnel was repeatedly reconstructed (most recently in 1956-1957). The history of the aeronautics courses at the Polytechnic Institute is detailed in the article "The First Higher Aviation School in Russia" by Ivan Povkh, head of the laboratory since 1935, after the creation of the Department of Hydroaerodynamics at the PhysMech Institute, published in the Proceedings of the Leningrad Polytechnic Institute (1948, No. 1).

In the mid-1970s, research on the aerodynamics of high-speed trains was conducted at the Leningrad Institute of Railway Engineers (LIIZhT) (now the Emperor Alexander I St. Petersburg State Transport University). Measurements were conducted at the Department of Hydroaerodynamics of the Faculty of Physics and Mechanics of the M. I. Kalinin Leningrad Polytechnic Institute in the Large Wind Tunnel, which can generate flow speeds of up to 50 meters per second.

The exhibition features, among other things, the restored head section of a LIIZhT model with drainage holes to relieve surface pressure. In 1975, this model was used for measurements in the LPI Large Wind Tunnel (pressure was measured using LPI micromanometers with inclined tubes, one of which is also on display).

At the suggestion of the Center for the Study of Railway Transport (CMRT) staff, in 2025, a visualization of the flow around a LIIZhT model was conducted in the LPI-SPbPU Large Wind Tunnel using laser illumination of a system of air jets emitted from a set of tubes containing very fine liquid particles. Furthermore, velocity and pulsation measurements were taken near the LIIZhT model installed in the LPI-SPbPU Large Wind Tunnel using LPI-designed hot-wire anemometers and single-filament probes. Photographs and video recordings of these experiments, as well as the instruments used in the measurements, are also on display at the exhibition.

The exhibition opening was attended by Nikolai Ivanov, Director of the Institute of Physics and Mechanics; Evgeny Smirnov and Yuri Chumakov, professors at the Higher School of Applied Mathematics and Computational Physics at the Institute; and Andrei Yukhnev, head of the training laboratory. Evgeny Mikhailovich and Yuri Sergeyevich were already working at the department in 1975 and remember conducting aerodynamic tests of high-speed train models. In preparing for the exhibition, they planned a reconstruction of the experiment, in which A. Yukhnev played a key role.

I am grateful to the staff of the Central Museum of Railway Transport, and especially to curator Alexander Sergeyevich Nizkovsky, for their meticulous research in preparing the exhibition. We were literally immersed in the events of fifty years ago, when the first Soviet high-speed electric train, the ER200, was being developed, and the Polytechnic Institute, in collaboration with the Leningrad Institute of Railway Transport, participated in solving the scientific problems that arose at that time. It is gratifying that the unique experimental facility—the Large Wind Tunnel of the St. Petersburg Polytechnic University—continues to operate. Importantly, in addition to aerodynamic testing, the tunnel regularly hosts laboratory work for students, allowing them to visualize the basic principles of hydroaerodynamics," said Nikolai Ivanov, Director of the Institute of Physics and Mechanics at SPbPU.

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Financial news: Annual growth of monetary aggregates slowed in December.

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Source: Central Bank of Russia

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According to the results of December, the annual growth of the money supply in the national definition decreased by 1.8 percentage points, to 10.6%.

This was facilitated by a more even distribution of budget expenditures in 2025 and a slowdown in corporate lending compared to October–November. Consumer lending continued to increase moderately in December, primarily driven by mortgage lending.

Read more in the new issue of the material. "Credit to the Economy and the Money Supply".

Preview photo: Parilov / Shutterstock / Fotodom

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January 29, 2026. 96 Hours Sale: MSC Cruises' Sale! Choose a cruise to Asia, the Mediterranean, or the Persian Gulf at super-affordable prices until February 6, 2026.

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Source: Infoflot Cruise Center – Infoflot Cruise Center –

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Dear friends,

The legendary MSC Cruises cruise sale has been extended until February 6, 2026. Book your winter-spring 2026 cruises now, including those with the included Easy Package.

The promotion includes cruises in popular regions:

The Mediterranean on MSC World Europa and MSC Lirica; the Persian Gulf on MSC Euribia; Asia from Shanghai on MSC Bellissima; the Caribbean; the Canary Islands.

Terms of the "96 Hours" promotion:

100% payment, cabin reservation is valid until the end of the day and cannot be extended; only for new bookings made during the promotional period. Cancellation policy is 100%; subsequent changes to the cruise date (postponement) are considered cancellation; changes to passengers' first or last names are permitted with a €50 fee per person and must not conflict with the main booking conditions; the promotional rate is compatible with discounts for MSC Voyagers Club passengers, but cannot be combined with other offers from the cruise line; the cruise line reserves the right to terminate the promotion early.

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Financial news: 01/29/2026, 18:36 (Moscow time) the values of the lower boundary of the price corridor and the range for assessing market risks for the GLD, XAU, GLDF, GLDW/RUB currency pair were changed.

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Source: Moscow Exchange – Moscow Exchange –

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In accordance with the Methodology for determining the risk parameters of the foreign exchange market and the precious metals market of Moscow Exchange PJSC by the National Clearing Center (JSC) on January 29, 2026, 18:36 (Moscow time), the values of the lower boundary of the price corridor (up to RUB 11,904.24 in the TOD settlement mode) and the range of market risk assessment (up to RUB 11,323.1799, equivalent to a rate of 12.2%) for the GLD, XAU, GLDF, GLDW/RUB currency pair were changed. New values are available. Here.

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Financial news: 01/29/2026, 15:30 (Moscow time) the values of the upper limit of the price corridor and the range of market risk assessment for the RU000A1065A3 (Rosset1P10) security were changed.

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Source: Moscow Exchange – Moscow Exchange –

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January 29, 2026

15:30

In accordance with the Methodology for determining the risk parameters of the stock market and deposit market of PJSC Moscow Exchange by the NCC (JSC) on January 29, 2026, 15:30 (Moscow time), the values of the upper limit of the price corridor (up to 100.04) and the range of market risk assessment (up to 1079.44 rubles, equivalent to a rate of 27.0%) of the security RU000A1065A3 (Rosset1P10) were changed.

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Financial news: 13 regions have reached the finals of the All-Russian competition "Capital of Financial Culture."

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Source: Central Bank of Russia

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Twenty-two regions participated in the qualifying round. Competition for the title of "Capital of Financial Culture" will continue 13 of them: Altai Krai, Bryansk Oblast, Transbaikal Krai, Kaliningrad, Omsk and Oryol Oblasts, Primorsky Krai, the Republic of Bashkortostan, the Komi Republic, the Republic of Sakha (Yakutia), the city of St. Petersburg, Tver and Ulyanovsk Oblasts.

Regions will present their projects to improve financial literacy and foster financial culture, which they will implement if they win. The competition results will be announced in March 2026 at the National Center "Russia."

The All-Russian competition "Capital of Financial Culture" is being held as part of the Strategy for Improving Financial Literacy and Forming Financial Culture until 2030. The organizers are the Bank of Russia and the Ministry of Finance of Russia.

The competition's goal is to stimulate the development of financial education in the regions. Winners receive the "Capital of Financial Culture" status for one year, along with informational, expert, and methodological support from the Bank of Russia and the Ministry of Finance.

In 2025, the Krasnoyarsk Krai and Nizhny Novgorod Oblast won the competition, presenting large-scale projects that span the region and could be expanded nationwide.

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A RUDN University scientist is creating a new environmental monitoring system using AI and Danio rerio fish.

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Source: Peoples'Friendship University of Russia

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Vsevolod Pavshintsev, a PhD candidate in biology and associate professor at the RUDN University Institute of Ecology, is developing an innovative method for assessing the condition of freshwater bodies using zebrafish and artificial intelligence. The project, supported by a university grant, aims to move beyond simple chemical analysis of water to understanding how pollutants impact living organisms.

The problem with modern ecology is that standard methods can detect traces of antibiotics, hormones, or pesticides in water, but they don't reveal how these substances affect flora and fauna. The solution Vsevolod Vyacheslavovich is developing uses a living organism as a sensitive biosensor.

"In simple terms, the project creates a 'living water test' system: we take water from a reservoir, expose it to a model organism, and evaluate not only the chemical composition but also the biological response—behavior, stress, and molecular changes," says Vsevolod Pavshintsev.

How does this work

During the study, scientists monitored the behavior of Danio rerio fish using video tracking systems. Artificial intelligence detects even the slightest changes: decreased activity, unusual movement patterns, and increased anxiety.

"The novelty is that the method combines several levels at once: AI-based behavioral video tracking, biochemical markers (for example, oxidative stress), the expression of genes associated with toxic processes in the body, and, potentially, the intestinal microbiome," says Vsevolod Pavshintsev.

All data is combined into a digital "response profile," which not only identifies the pollution but also determines its nature—whether it's toxic, hormonal, or neurotoxic. For example, when exposed to hormone-like substances, fish may become less active, freeze more often, and avoid illuminated areas.

"We use zebrafish because they are currently one of the most popular model organisms in biology, comparable in importance to mice and rats. Their advantages include high sensitivity to pollutants, a rapid development cycle, the availability of standardized behavioral tests, and a large scientific research base. In the future, it will be possible to create digital behavioral models, but completely replacing animals is not yet possible, since pollutants act through hormones, the nervous system, and metabolism," says Vsevolod Pavshintsev.

From laboratory to practice

The project is already moving from a purely scientific focus to an applied one—a database of fish reactions, as well as their behavioral and molecular profiles, is being compiled. The scientist sees the future of the research in the creation of service laboratories or ready-made test kits, and, ultimately, in the implementation of the methodology into state environmental monitoring standards.

"The most likely first practical customer is fish farms, because it's important for them to quickly understand whether the water is suitable for fish farming before large-scale production launches," says Vsevolod Pavshintsev.

Potential users of the development may also include Rosprirodnadzor, sanitary and epidemiological services, and industrial enterprises requiring wastewater monitoring. A key advantage is its targeted approach to problem solving.

"If the method reveals the type of impact on aquatic life, it changes the approach to restoration: treatment measures can be selected more specifically, rather than blindly. For example, toxic damage requires the removal of chemical toxins, while hormonal effects require technologies to remove endocrine-disrupting compounds," says Vsevolod Pavshintsev.

Grant support from RUDN University enabled the team to purchase reagents for biochemistry and molecular biology, conduct RT-qPCR (real-time polymerase chain reaction), and synthesize primers. Funds were also used to maintain laboratory fish, finance publications in scientific journals, and test the results at international conferences. For example, Vsevolod Vyacheslavovich presented the project at the prestigious FEBS (Federation of European Biochemical Societies) conference.

"The main goal is to make bioindication on Danio rerio a practical tool for environmental monitoring, not just an academic approach. And, more generally, to popularize these fish as a valuable scientific tool that complements and deepens scientific approaches in a wide range of fields," says Vsevolod Pavshintsev.

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Financial news: 01/29/2026, 13:50 (Moscow time) the values of the upper limit of the price corridor and the range of market risk assessment for the security RU000A105DN0 (FSC RS BO6) were changed.

Translation. Region: Russian Federation –

Source: Moscow Exchange – Moscow Exchange –

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January 29, 2026

13:50

In accordance with the Methodology for determining the risk parameters of the stock market and deposit market of PJSC Moscow Exchange by the NCC (JSC) on January 29, 2026, 13:50 (Moscow time), the values of the upper limit of the price corridor (up to 100.09) and the range of market risk assessment (up to 1090.34 rubles, equivalent to a rate of 17.5%) for the security RU000A105DN0 (FSC RS BO6) were changed.

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.