Polytechnicians presented their research at the All-Russian Seminar on Jet Streams

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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The 27th All-Russian Seminar with international participation on jet, separated, and unsteady flows of liquids, gases, and plasma was held in St. Petersburg at the D. F. Ustinov Belarusian State Technical University "VOENMEKH."

The seminar was attended by Nikolai Ivanov, Director of the Institute of Physics and Mechanics; Nikolai Bykov, Professor of the Physics Department; Evgeny Smirnov, Professor of the Higher School of Applied Mathematics and Computational Physics; and Mikhail Strelets, Head of the Computational Hydroaeroacoustics and Turbulence Laboratory. Nikolai Ivanov co-chaired the "Flows in Nozzles and Channels, Interior Ballistics" section, and Nikolai Bykov co-chaired the "Jet Technologies, Environmental Issues, and Safety Equipment" section.

At the seminar, participants discussed new results from theoretical, numerical, and experimental research in the fields of fluid, gas, and plasma mechanics, as well as their practical applications in aviation and space technology, energy, ecology, and a number of other fields. Presentations were given by scientists, engineers, and specialists from educational, design, scientific, and industrial organizations in Russia and the Republic of Belarus.

Professor Evgeny Smirnov presented a keynote address at the "Unsteady Flows, Aero- and Hydroacoustics" section, titled "The Structure of a Turbulent Jet Generated by a Ring System of Fluid Oscillators." Senior Lecturer Anna Podmarkova and graduate student Vladislav Adiatullin also presented their papers at the same session.

Nikolai Bykov presented a paper entitled "Rarefied Gas Jets: Astrophysical Applications and Vacuum Technologies" at the "Dynamics of Rarefied Gases" section.

Other faculty members, graduate students, and undergraduate students from the Polytechnic University also presented their papers at the seminar. The presentations by the Polytechnic University students demonstrated the high level of SPbPU's scientific school.

You can find out more about the past seminar on the website of the Physics and Mechanical Institute.

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.

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A training seminar on the basics of endowment and fundraising was held at St. Petersburg State University of Architecture and Civil Engineering.

Translation. Region: Russian Federal

Source: Saint Petersburg State University of Architecture and Civil Engineering –

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Seminar participants solve practical tasks

By early 2026, SPbGASU will launch an endowment fund, which will accumulate extra-budgetary funds for the university's development. This was announced by University Rector Evgeny Rybnov at a training seminar on the fundamentals of endowment and fundraising held at our university. Over the course of two days, employees received basic training on this activity.

"Today, the Ministry of Science and Higher Education of the Russian Federation has tasked us with more actively engaging both alumni and the professional community in co-financing the university. Such support will be factored into the university's ranking and assessed by the ministry. In line with our university's development vector, at this year's Academic Council meeting, we decided to establish an endowment fund. Currently, SPbGASU receives a significant share of extra-budgetary revenue, yet its enormous potential is largely untapped. Developing fundraising is an important task. To achieve this, we must first analyze potential contacts and opportunities and then create a professional team of fundraisers. We have been working intensively in this direction for the past several months. The fund should be operational by early 2026," said Evgeny Ivanovich.

The rector noted that our university is collaborating with experts from the National Endowment Association and the European University at St. Petersburg (EUSP), who are helping establish the fund, optimize its operations, and train the working team. The seminar will help take a significant step in this direction, the rector noted.

Svetlana Lavrova, Advisor to the Rector of the European University at St. Petersburg and Chair of the Board of the National Endowment Association, emphasized that fundraising is a search for extra-budgetary funding, and therefore it is incorrect to understand it as a simple request for money. It is more accurately viewed as an invitation to join in a meaningful endeavor.

The endowment's purpose is to provide long-term financing for projects, spanning 5 to 15 years. It works as follows: A donor makes a contribution to the endowment fund. The funds raised by the fund are transferred to the management of a management company. The management company invests the funds under management to generate income in accordance with an investment strategy agreed upon with the management of SPbGASU. The income generated from investments is used to finance the university's activities in accordance with the endowment's objectives. The endowment itself remains inviolable—the funds transferred to the endowment cannot be withdrawn or spent.

"The sources of funding for any university include the state budget, revenue from paid educational services, the scientific and technical activities of educational institutions, and the commercialization of their results. There is always a risk of underfunding, so we're talking about planning for a maximum of five years. An endowment allows us to think long-term. The analytical data provided by SPbGASU suggests that the university's endowment fund will prove effective," noted Svetlana Lavrova.

Other speakers at the seminar included Alla Samoletova, Chief of Staff to the EUSP Rector and an expert in endowment funds; Yulia Selyukova, Head of the educational and outreach projects "Clover Laboratory" and "Our Children," a practicing fundraiser; Nadezhda Yusupova, an expert in fundraising; and Evgeny Mokhovikov, Executive Director of the Aurora-Ala Foundation and Assistant to the Executive Director of the EUSP Foundation.

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.

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Creative and technical universities from Russia discussed the synergy of art and technology at the Polytechnic University.

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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For three days, the Technopolis Polytech Research Building celebrated high art—music, ballet, and theater—as it hosted a networking project-analytical session, "Creative Universities in Technological Leadership: Significance and Role in Achieving Strategic Goals for the State and Industry."

Teams from creative and technical universities discussed with experts from the Russian Ministry of Education and Science, the Ministry of Culture, and the Social Center how to combine art, engineering, and technology so that the synergistic effect becomes a building block in the foundation of the country's strategic leadership.

The session was attended by representatives of five creative universities under the jurisdiction of the Russian Ministry of Culture, which received grants under the Priority-2030 program: the All-Russian State Institute of Cinematography named after S. A. Gerasimov (VGIK), the Gnessin Russian Academy of Music (RAM), the Boris Shchukin Theatre Institute at the Vakhtangov State Academic Theatre (B. Shchukin Theatre Institute), the Vaganova Academy of Russian Ballet (ARB), and the Russian Institute of Theatre Arts (GITIS). The Kazan State Institute of Culture (KazGIK), a candidate for participation in the program, was also represented.

The technical universities represented were SPbPU, MISIS University of Science and Technology, and St. Petersburg State University of Industrial Technology and Design.

On the first day of the session, Svetlana Ermakova, Director of the Department of Regional Policy, Education, and Project Management at the Russian Ministry of Culture, addressed the participants with a welcoming address. She noted the importance of collaboration between creative and engineering universities and industry in implementing the Priority 2030 program.

"From this session, I expect very clear, understandable solutions for the interaction between creative universities and production," said Svetlana Ermakova. "We need to find solutions in multimedia, film production, and other sectors that will allow us to interact with the industry at the highest level, just as our friends, partners, and colleagues do. We can definitely do this, but only if we work together. And here we need to think about consortiums and the opportunities that unification offers."

"There are a huge number of technical and engineering challenges in culture and creativity that need to be addressed, and they can likely be addressed with the help of partners, scientific and technical organizations, and universities," noted Konstantin Bogonosov, acting director of the Sociocenter, in his speech.

Maria Vrublevskaya, Vice-Rector for Human Resources at SPbPU and an expert at the Sociocenter, welcomed the guests on behalf of the Polytechnic University: "Our mission is to become a team. We, with our technological expertise, capabilities, and experience, and you, with your wonderful humanities and creative approach, can enrich engineering thought. This symbiosis will allow us to be considered the number one country in virtually every industry. We invited to the session people who have created technologies with their own hands, and who also recognize the importance of soft skills and understand that a technology team must be carefully equipped with talents who can shape technologies in a way that makes them absolutely competitive and interesting for society and the world."

On the first day, at the plenary session, speakers described how the target models of creative universities have changed since their participation in the Priority 2030 program, what strategic goals have been achieved, and what constitutes qualitative indicators of change. Then, they worked in groups.

The second day began with presentations from representatives of the Polytechnic University. Alexey Borovkov, Director of the SPbPU School of Digital Engineering and Chief Designer for the Scientific and Technological Program, spoke about the potential of digital engineering in solving problems in culture, sports, and the arts.

Sergey Salkutsan, Director of the Center for Continuing Professional Education at the Advanced Engineering School "Digital Engineering," shared his experience implementing joint projects between creative and engineering universities.

The "Polytech Metacampus" project, recognized as the best practice of the "Priority 2030" program, was presented by Yegor Melekhin, an assistant engineer at the SPbPU Institute of Civil Engineering.

The third day of the session was devoted to research and development at creative universities in the context of technological leadership. Scientific approaches to the digital transformation of culture and the possibility of creating an integrated network platform for creative and technical universities were also discussed.

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.

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Callsign "Lawyer": SVO member meets with polytechnicians

Translation. Region: Russian Federal

Source: Peter the Great St. Petersburg Polytechnic University –

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A meeting with Oleg Burtov, a member of the assault unit and a member of the Special Military Forces (SVO) with the call sign "Lawyer," was held at the Higher School of Law and Forensic Science of Peter the Great St. Petersburg Polytechnic University.

Oleg Burtovoy is a professional lawyer, was a deputy of a representative body of local government, a qualified attorney who carried out his professional activities at the St. Petersburg Bar Association (SPbBA – employer representative and partner of SPbPU).

Following his heart, Oleg Viktorovich volunteered for a special military operation in 2023. He is currently undergoing rehabilitation after four injuries and found time to tell the Polytechnic students what motivated him—a successful lawyer and father of two young children—to volunteer for the front. The students listened attentively to stories of the heroism of Russian soldiers and how they protect civilians. They were particularly impressed by his words about the civic duty of every person in the fight against Nazism—whether on the front lines or in the rear.

After the meeting, Oleg Viktorovich was given a tour of the laboratories of the HSE's Forensic Science Center. He emphasized that practice-oriented legal education in today's environment is an achievement of the Polytechnic University, a leading engineering university where the integration of humanities and technical disciplines is essential. Forensic legal expertise is a modern trend that should be built upon in the development of university education.

"I wish the Polytechnic University success in training engineers, lawyers, and managers for the new Russia, who will forge our victories and bring glory to the Fatherland through their labor, and who, if necessary, will rise as one to defend our Motherland," Oleg Viktorovich noted. "I would especially like to thank everyone for their commitment and support. We, behind the ribbon, feel the support of the entire country. Together, we are strong! And we will win!"

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.

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The first introductory meeting of participants in the "Promising Researchers in Biomedicine" personnel reserve program was held at NSU.

Translation. Region: Russian Federal

Source: Novosibirsk State University –

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Institute of Medicine and Medical Technologies Novosibirsk State University (IMMT NSU) held the first organizational meeting as part of the "Promising Researchers in Biomedicine" talent pool program. The event brought together approximately 30 young researchers—IMMT students, residents, and postgraduate students—as well as leading scientists and project mentors.

Yulia Samoylova, Director of the Institute of Medicine and Medical Technologies, opened the event by congratulating the program participants. Particular emphasis was placed on modern technological challenges and the personal development of specialists.

"The new program will help young scientists realize their research potential and move them closer to earning a PhD, which will ultimately provide promising talent for the rapidly developing institute," emphasized Yulia Samoylova.

Irina Sergeeva, Director of the Center for Postgraduate Medical Education at the Institute of Medical and Mathematical Technologies (IMMT) of NSU, made a strong impression. The topics of medical science development and artificial intelligence were touched upon. The researcher selects databases, AI training examples, and the required query, and this choice determines the outcome.

"The researcher remains a key figure in any case. Our researchers have a very high level of practical potential, and it is they who will be responsible for creating medical clinical guidelines in the future," Irina Sergeeva is confident. "Treatment according to clinical guidelines ≠ Creating clinical guidelines."

At the meeting, the program's strategic goals were announced, which go far beyond simply training personnel.

In her speech, Natalia Zhivtsova, Director of Organizational Development and Human Resources at NSU, emphasized that the program's main goal is to develop medical researchers, equipping them with the necessary competencies not only for publishing articles but also for full integration into the scientific community. Particular attention was paid to developing communication skills, as modern science, especially in biomedicine, is impossible without effective teamwork.

The program includes a number of educational modules supervised by leading NSU specialists who also participated in the meeting:

— Pavel Geidt will give a series of lectures on the methodology of scientific research, including the study of data analysis and biostatistics; — Sergey Kononov will devote lectures to scientometrics, the analysis of scientific activity, the selection of scientific publications, and much more.

Sofia Glushkova's planned training sessions, dedicated to developing "soft" skills, attracted particular attention.

The NSU Institute of Mathematics and Mechanics (IMMT) Human Resources Program is distinguished by its interdisciplinary approach, allowing participants to explore the intersections of various disciplines—from molecular biology to clinical practice. This approach is in demand in the scientific world today, as many significant discoveries are made at the intersection of different disciplines.

Egor Gild, the program director, summed up the event:

"This meeting made it clear that our program is not just a training course, but a comprehensive support system for young scientists, helping them acquire key competencies and skills for full immersion in the scientific community.

The project is being implemented within the framework of the federal program "Priority 2030" and is aimed at retaining talented young people at the university after graduation.

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.

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NSU is developing a mobile complex to search for residual oil reserves.

Translation. Region: Russian Federal

Source: Novosibirsk State University –

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Artem Zavadko, a master's student at the NSU Advanced Engineering School, is developing a mobile system for searching for residual oil reserves, which are a crucial reserve for increasing oil production in Russia. A prototype of the device is already ready, and over the next year it will be modified, software for processing and interpreting the data will be developed, and testing will begin—first at geophysical testing sites and then at operating fields. The project was one of the winners of the federal "Student Startup" competition from the Foundation for Assistance to Small Innovative Enterprises and received a grant of 1 million rubles.

The system operates using near-field transient electromagnetic sounding (NFEES). This inductive pulsed electrical exploration technology relies on studying the transient field generated by changes in source current. During the survey, a transmitter and receiver loop are placed on the earth's surface. The transmitter loop pulses the current, creating a transient field or secondary currents propagating deep into the section, while the receiver loop records this signal. Using the contrasting electrical conductivity of rocks, information can be obtained on the reservoir properties and composition of formations. The obtained data is processed and interpreted, and then used to construct 2D and 3D section models. The advantages of this method over other geophysical methods include its relative low cost, the ability to obtain detailed depth sections, and high productivity.

Increasing oil recovery is a key objective in the later stages of field development. Seismic-based monitoring is an effective tool for optimizing production systems and monitoring fluid movement within the reservoir. However, seismic exploration costs can reach hundreds of millions of rubles, is time-consuming, and requires highly complex data processing and subsequent interpretation. For this reason, seismic exploration is more suitable for exploring new fields. When assessing the presence and volume of residual oil in reservoirs—that is, oil remaining in reservoirs after the field has been depleted—electrical prospecting is more suitable. Experts estimate that residual oil reserves in Russia could reach 40-60 billion tons.

"Our system is mobile, and we use a high-precision method based on near-field transient electromagnetic sounding. We plan to improve the existing prototype device, conduct testing at a geophysical site, and develop simplified data processing software. This system will allow us to pinpoint the location of residual oil traps with a high degree of accuracy. Similar mobile systems are not yet available on the Russian market," explained Artem Zavadko.

Artem Zavadko began working on the project two years ago as part of his thesis under the supervision of researcher Evgeny Valerievich Krupnov. A prototype has now been created, consisting of transmitter and receiver coils, a current meter, and a current switch. For now, the system operates using off-the-shelf software.

The system will operate as follows: a generator loop that generates a transient field will be mounted on the chassis of an all-terrain vehicle. A receiver will be located behind the generator, recording the received signal. After recording the secondary currents, they will undergo primary processing—cleaning them of interference; then, secondary data processing and interpretation will take place.

"The signals obtained after measurements contain information about the structure of the geological section due to the contrast in the medium's electrical conductivity. It is known that oil does not conduct electricity, while water-saturated rocks and formation fluids with high mineralization have low electrical resistivity. With proper data processing and integration of well data, the accuracy of interpretation can exceed 80%. Survey depths range from 500 to 1,500 meters, depending on the signal source's power and the section's electrical conductivity," explained Artem Zavadko.

Funds from the grant are planned to be used to refine the prototype to increase the depth of research. Extensive testing of the system will also be conducted at geophysical sites, and further improvements will be made based on the results. Simultaneously, simplified software will be developed in C, and a desktop version of the application will be created. Following successful completion of these tests, trials are planned for real fields.

The project will result in the creation of a mobile near-field transient electromagnetic sounding system, which will enable the acquisition of reliable, verified data. This data will be used to construct models identifying the location of residual oil reserves within strata. This development can also be used to search for ore minerals. The system will be used primarily by Russian geological exploration and service companies working with organizations in the fuel and energy sector.

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Tatyana Golikova congratulated the Helmholtz National Medical Research Center for Eye Diseases on its 125th anniversary.

Translation. Region: Russian Federal

Source: Government of the Russian Federation – Government of the Russian Federation –

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Deputy Prime Minister Tatyana Golikova congratulated the staff of the Helmholtz National Medical Research Center for Eye Diseases on its 125th anniversary. The center was also congratulated by Deputy Speaker of the State Duma of the Federal Assembly Irina Yarovaya, Presidential Aide Vladimir Medinsky, and Minister of Health Mikhail Murashko. The ceremony took place in Moscow as part of the 18th Russian National Ophthalmology Forum.

The Deputy Prime Minister read out congratulations from Prime Minister Mikhail MishustinThe Prime Minister noted that the Helmholtz National Medical Research Center for Eye Diseases is a legendary institution renowned for its history and traditions. Today, the center is a flagship in Russian ophthalmology, employing innovative treatment approaches, conducting research, studying childhood eye diseases, developing modern diagnostics, and providing high-tech care to thousands of patients from across the country.

The Helmholtz Center has come a long way, accumulating impressive clinical and scientific experience, developing numerous innovative treatments for eye diseases, and making unique discoveries. It is the only center in our country where patients with eye diseases, from birth to adulthood, can receive a full range of ophthalmological care.

"I congratulate the Helmholtz National Medical Research Center for Eye Diseases on this historic milestone. I sincerely thank you for your work and your contribution to the advancement of science, medicine, and cutting-edge treatment methods. I thank your predecessors, who developed sophisticated methods of caring for the wounded during the Great Patriotic War, and the center's staff who are working today on the front lines, in new regions, and within the center's walls, helping participants and veterans of the special military operation," said Tatyana Golikova.

Tatyana Golikova and Mikhail Murashko presented the staff of the Helmholtz National Medical Research Center for Eye Diseases with the Russian Federation state award – the Order of Pirogov.

The Deputy Prime Minister also presented state awards of the Russian Federation: the Order of Friendship to the center's deputy director for commercial issues, Anush Tigranovna Khanjyan; the medal of the Order "For Merit to the Fatherland," 2nd degree, to the center's scientific secretary, Elena Nikolaevna Orlova; and a certificate of honor from the President of the Russian Federation to the center's director, Vladimir Vladimirovich Neroev.

The Helmholtz National Medical Research Center for Eye Diseases of the Russian Ministry of Health is a leading research, treatment, consultative, and educational institution in Russia. The center provides 24-hour ophthalmology care to residents of all regions of the country and to citizens of other countries.

The center includes 6 inpatient departments, a consultative outpatient department, a day hospital, an anesthesiology and resuscitation department, 4 operating rooms, and other units equipped with modern diagnostic, therapeutic, and scientific equipment.

The center employs 659 people, including 128 physicians, 77 research fellows, and over 200 nursing and junior medical personnel. Among the center's staff, 27 are doctors of science and 97 are candidates of science.

Fundamental and applied scientific research play a significant role in the center's activities. Over the past five years, 104 Russian Federation patents for inventions have been received.

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Financial news: 09/24/2025, 18-35 (Moscow time) the values of the upper limit of the price corridor and the range for assessing market risks for the security RU000A107PU5 (RZhD 1P-30R) were changed.

Translation. Region: Russian Federal

Source: Moscow Exchange – Moscow Exchange –

An important disclaimer is at the bottom of this article.

September 24, 2025

18:35

In accordance with the Methodology for determining the risk parameters of the stock market and deposit market of PJSC Moscow Exchange by the National Credit Center (JSC) on September 24, 2025, 18:35 (Moscow time), the values of the upper limit of the price corridor (up to 109.3) and the range of market risk assessment (up to 1210.9 rubles, equivalent to a rate of 25.0%) of the security RU000A107PU5 (RZhD 1P-30R) were changed.

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Financial news: On September 25, 2025, JSC KAVKAZ.RF will hold a deposit auction.

Translation. Region: Russian Federal

Source: Moscow Exchange – Moscow Exchange –

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Parameters;

The deposit auction date is September 25, 2025. Placement currency is RUB. The maximum amount of funds placed (in the placement currency) is 101,000,000. Placement term, days – 45. Date of depositing funds is September 26, 2025. Date of return of funds is November 10, 2025. Minimum placement interest rate, % per annum is 16.65. Terms of the conclusion, urgent or special (Urgent). The minimum amount of funds placed for one application (in the placement currency) is 101,000,000. The maximum number of applications from one Participant, pcs. 1. Auction form, open or closed (Open).

The basis of the Agreement is the General Agreement. Schedule (Moscow time). Preliminary bids from 10:00 to 10:10. Competitive bids from 10:10 to 10:15. The cutoff percentage may be set or the auction may be declared void by 10:25. Additional terms and conditions.

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.

Financial news: 09/24/2025, 17-40 (Moscow time) the values of the upper limit of the price corridor and the range of market risk assessment for the security RU000A0JVUS1 (RESOLizB03) were changed.

Translation. Region: Russian Federal

Source: Moscow Exchange – Moscow Exchange –

An important disclaimer is at the bottom of this article.

September 24, 2025

5:40 PM

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 September 24, 2025, 17:40 (Moscow time), the values of the upper limit of the price corridor (up to 131.37) and the range of market risk assessment (up to 1601.52 rubles, equivalent to a rate of 45.0%) of the security RU000A0JVUS1 (RESOLizB03) 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.