70 years of the St. Petersburg metro and 50 years of the Polytechnicheskaya station: two anniversaries, one spirit of progress

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Source: Peter the Great St. Petersburg Polytechnic University –

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November 15, 1955, marks the birthday of the St. Petersburg Metro. Seventy years ago, the city's first line, the Kirovsko-Vyborgskaya, opened, comprising eight stations from Ploshchad Vosstaniya to Avtovo. Since then, the metro has become more than just a means of transportation, but a part of the city's culture, architecture, and genetic makeup.

During this time, the network has grown to five lines, 73 stations, and nearly 130 kilometers of underground routes. Today, the St. Petersburg metro remains one of the deepest and most picturesque in the world. According to official data from the St. Petersburg government, nearly 700 million people used the metro in 2024 alone.

The idea of creating an urban underground railway in St. Petersburg originated in the 19th century. At the turn of the century, industrial St. Petersburg was rapidly growing, and the historic center, the center of business activity, was overloaded with traffic. The city needed a new, progressive solution. The construction of an underground railway was actively supported by Sergei Witte, a statesman, reformer, and one of the initiators of the Polytechnic Institute. Thus, the history of the St. Petersburg metro is partly linked to the history of the Polytechnic Institute: both projects were born from the spirit of technological progress and a belief in the power of engineering.

But the metro celebrates another anniversary this year. On December 31, 1975, just a few hours before the New Year of 1976, the Politekhnicheskaya station opened in Leningrad. That was the opening of the section of the Kirovsko-Vyborgskaya Line from Lesnaya to Akademicheskaya, which included three stations—Ploshchad Muzhestva, Politekhnicheskaya, and Akademicheskaya. The new section was just over five kilometers long.

The name of the station was predetermined: nearby there was a complex of buildings of the Leningrad Polytechnic Institute named after M. I. Kalinin, as well as the Physicotechnical Institute named after A. F. Ioffe.

The station pavilion was designed by architects A. S. Getskin, V. P. Shuvalova, and V. G. Khilchenko. It is located on Polytechnicheskaya Street, next to the Church of the Intercession and Academician Ioffe Square. The vestibule is finished in yellow metal and white marble; the original design called for a transparent glass cube, but during construction, the lower tier was filled with decorative stone, altering the original concept.

The Politekhnicheskaya station is a deep-level, single-vaulted station (65 meters). It was one of the first two stations of its kind in the USSR, along with the neighboring Ploshchad Muzhestva station. Unlike its Moscow counterparts, which were built using open-cast methods, Leningrad engineers pioneered the construction of gigantic vaults directly within the earth. For its time, it was a true engineering marvel.

The track walls are lined with travertine, the floor is gray granite, and the metal elements have the hue of aged copper. The rectangular cassette-shaped light fittings, tilted inward, are reminiscent of the Neva bridges when they are raised. In 2016, the lighting on the inclined track was replaced—passengers are now greeted by "torches" instead of the previous "light pillars."

North of the station are two dead-end branches—preparations for a possible extension of the line toward Bugry, with intermediate stations called Sosnovka and Prospekt Kultury. This year, city authorities included the Sosnovka station project in the land use and development regulations, raising hopes for the line's development.

In 2020, a project to reconstruct the vestibule and build a shopping center in its place was discussed, but the public actively opposed it. St. Petersburg residents created a petition demanding the preservation of the station's architectural appearance, and the authorities heeded their concerns.

A noteworthy fact about the life of the Politekhnicheskaya station: an episode of the film "Day Watch" was filmed at the station. Timur Bekmambetov's films "Night Watch" and "Day Watch" depict a hidden war between the forces of light and darkness unfolding on the streets of modern Moscow. Being urban fantasy films, they inevitably include one of the key elements of the urban environment—the metro—in their plots.

The second film in the famous duology was released in 2005. During a chase, the main character, Anton Gorodetsky (actor Konstantin Khabensky), finds himself in the subway. Although the film is set in Moscow, this scene was shot in St. Petersburg, at the Politekhnicheskaya station. The explanation is simple: it was traditionally easier and cheaper to arrange filming in St. Petersburg. The shot features a recognizable vestibule.

Today, the Polytechnic Station is more than just a transportation hub; it's a vital part of Polytechnic life. Tens of thousands of students, faculty, and staff come here every day. They schedule meetings, coordinate projects, rush to classes and work, and return home.

The station, like the Polytechnic itself, embodies scientific progress, engineering audacity, and the spirit of the times. It not only bears the university's name—it shares its destiny, rhythm, and energy, becoming an integral part of the living history of the Peter the Great Polytechnic.

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.

Polytechnic students discovered new opportunities at the Youth Career Forum

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Source: Peter the Great St. Petersburg Polytechnic University –

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The Youth Career Forum (YCF), organized by the SPbPU Career Development Department, took place at the Polytechnic University. It grows in scale every year. This year, representatives from 47 companies participated, including Sberbank, VK, Sovcombank, Baltika Breweries, LSR Group, Gazprom Neft, Skoltech, and others.

At the International Film Festival, students and graduates had a unique opportunity not only to communicate with representatives of major Russian and international companies about their future careers but also to gain new practical skills through business games, master classes, and discussions.

Welcoming remarks at the opening of the forum were delivered by Lyudmila Pankova, Vice-Rector for Academic Affairs at SPbPU; Irina Nikulina, Head of University Relations and Talent Acquisition at Nexign; Natalya Borisova, Head of the University Relations Department at the Petersburg Tractor Plant; and Elvira Tuktamysheva, Head of the Employment Support Sector at SPbPU.

Over the years, the career forum has proven its effectiveness and efficiency. It's a great opportunity for students to explore various options, as all doors are now open to them; they should not be afraid to try. And employers here at Polytechnic University can easily find young professionals, noted Lyudmila Pankova.

Company representatives eagerly shared with students the specifics of their work, internship requirements, and internship opportunities. Forum participants were able to immediately sign up for interviews for positions of interest. Employers at the IFF also organized interactive activities: they offered tests, logic puzzles, quizzes with prizes, and treated everyone to ice cream, coffee, and chocolates.

For the first time, EVM participated in the Polytechnic University's Youth Career Forum. The young company is developing electric vehicles.

"Our company often participates in career forums, but today is our first time at the Polytechnic University. Working with students is a very valuable resource for us. We conduct tours and organize internships and internships. We're building an electrical engineering community, providing opportunities to gain experience and implement innovative ideas," noted Natalia Pivovarova, Recruitment Manager at EVM Electric Vehicles.

This isn't our company's first time at the career forum at the Polytechnic University, and we really enjoy it. There are a lot of students who are genuinely interested in choosing an internship and employment opportunities. And everyone not only visits and explores the exhibits but also attends various lectures and workshops," commented Gennady Lukashevsky, Communications and Employer Brand Development Manager for ITMS Group, on their participation in the forum.

The International Film Festival (IFF) also features a comprehensive program of business activities, including expert lectures, master classes, training sessions, and business games. The expertise shared by expert employer representatives is unique, based exclusively on real-life company cases. Through these activities, students can not only learn about the skills highly valued by employers in young professionals but also acquire them immediately, without leaving the Polytechnic University.

All business activities were divided into two tracks: "Career" and "Skills." This included master classes and CareerTalks. At these career events, students learned how to effectively present themselves, ace interviews, and build a successful career.

The key event was "Sobeseding," where participants had the unique opportunity to test their skills in express interviews. This allowed them to understand their strengths and weaknesses, overcome their fear of self-presentation, and improve their business communication skills. Students from technical fields and companies had just five minutes to effectively present themselves to each of five employers (Avtozavod Saint Petersburg, Arman, Power Machines, Dipol Group, and EVM).

All the students really enjoyed the forum's events; everyone was able to learn something new and find internship opportunities and future employment opportunities.

The forum also featured an awards ceremony for students who won the Alfa-Bank scholarship competition. Forty-six Polytechnic students were named winners. The best students were chosen for their academic and extracurricular achievements, active participation in Olympiads, competitions, hackathons, and conferences, as well as for their unique scientific research.

Dmitry Podolsky, Vice President of Government Relations at Alfa-Bank, emphasized: "This program isn't just financial support; it's an investment in students' projects, their knowledge, and their skills. It's an investment in their future, a desire to go beyond stereotypes, and sometimes beyond their capabilities."

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.

How nuclear science and technology help protect the environment

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Source: International Atomic Energy Agency –

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How nuclear science and technology help protect the environment

November 14, 2025

Emma Midgley, Public Information and Communications Bureau

The IAEA is participating in COP30 to showcase how nuclear science and technology help countries secure clean energy, strengthen food security, manage water resources and protect oceans.

World leaders, representatives of international organizations and businesses, scientists, and environmental activists are attending COP30 in Belém, where the IAEA is demonstrating how nuclear science and technology can help address environmental challenges. Nuclear science not only provides the world with reliable and clean energy but also supports scientists monitoring and protecting ecosystems, improving food security, and reducing pollution.

Visitors to the IAEA Atoms4Climate pavilion can see these innovations in action. For example, in Brazil, electron beam processing technology is transforming industrial wastewater treatment. Latin American countries are using nuclear technology to combat insect pests, protect crops, and promote food exports, benefiting farmers, consumers, and the environment.

The first tube contains untreated wastewater containing textile dye, the second contains water after irradiation, and the third contains water treated with a higher dose of radiation. Photo: IAEA

1. Electron beam processing for industrial wastewater treatment

Treating wastewater containing industrial pollutants remains a serious challenge for many countries. Using its electron beam processing technology, the IAEA helps countries develop innovative solutions that break down complex pollutants and improve water quality without the use of chemicals.

With the support of the IAEA and the Brazilian Innovation Agency (FINEP), a portable electron beam accelerator system has been deployed in Brazil to treat industrial wastewater, improving water quality and contributing to environmental protection.

Read also:» Water Pollutants: An Invisible Crisis» The IAEA has unveiled a mobile electron beam system designed to expand access to innovative technology worldwide.

Mangroves in coastal areas absorb and store organic carbon. Photo: Adobe Stock

2. Protecting the world's oceans through ecosystems that act as reservoirs of blue carbon

The IAEA's Marine Environment Laboratories in Monaco support blue carbon initiatives, focusing on mangroves, seagrasses, and tidal marshes—coastal ecosystems that capture and store organic carbon. Using nuclear and isotopic techniques, the IAEA helps countries assess carbon accumulation rates and ecosystem health, contributing to climate change mitigation and biodiversity conservation.

At COP30, the IAEA's work on blue carbon will be highlighted in a UN-Oceans session on "Ocean, Climate, and Biodiversity Nexus: Harnessing Synergies Across Approaches," which focuses on building partnerships to find nature-based solutions.

Read also:» What is Blue Carbon? 

The Mediterranean fruit fly is an extremely dangerous pest, posing a threat to agricultural production worldwide. Photo: R. Cardoso Pereira / FAO–IAEA

3. The sterile insect method as a component of climate-smart agriculture

The sterile insect technique (SIT) is an environmentally friendly insect pest control method used to suppress populations of harmful fruit flies in Brazil, Mexico, and Chile. Sometimes referred to as a fertility control method, SIT involves releasing male insects sterilized using radiation into the wild, where they mate with naturally occurring females but do not produce offspring. SIT reduces the need for insecticides, protects crops, and opens up access to international markets for food exports.

At COP30, this method is presented as part of efforts to achieve climate-smart agriculture using nuclear science and techniques.

Read also:» Sterile insect method

Nuclear data helps track glaciers' retreat and the impact on water resources. (Photo: IAEA)

4. Monitoring the state of glaciers and water resources in mountainous areas

Glaciers are retreating and even disappearing in many mountainous areas, threatening the water supply of millions of people. The IAEA is supporting countries, including Bolivia, in using nuclear techniques, such as cosmic neutron source probes and isotope hydrology, to measure soil moisture and water availability in high-mountain ecosystems. These tools help scientists and decision-makers assess the impact of glacier retreat on water resources and provide guidance on sustainable land management.

At COP30, the IAEA is presenting this area of its work at the session "Nuclear Science for Building Resilience to Climate Change," which coincides with the UN's International Year of Glaciers, 2025. The session will highlight how nuclear applications empower local communities to adapt to changing conditions.

Read also:» Numbered Days: Collecting Data on Bolivia's Vanishing Glaciers» From the Andes to the Himalayas: How Glacier Retreat Affects Soil and Water

ITER is an international project aimed at demonstrating the scientific and technological feasibility of producing energy through nuclear fusion. Photo: ITER

5. Fusion energy and the fight against climate change: the dialogue continues

As the world searches for new sources of clean energy, research into fusion energy is gaining momentum. At COP30, the IAEA will present the current state of research in fusion, including the progress of the ITER international project in France, which is the world's largest experimental thermonuclear facility.

The session will present an overview of the current state of affairs in the field of fusion energy, including the development of various international, national and private projects, as well as conclusions based on the publication "Global Fusion: The IAEA 2025 Review".

Read also:» What is nuclear fusion?» Fusion Energy in 2025: Six Global Trends Worth Watching

The IAEA countries supports in identifying pathways to accelerate the deployment of nuclear power. (Photo: Adobe Stock)

6. Low-carbon energy financing strategies

Building on the results of the global stocktake held at COP28, the IAEA is supporting countries to identify ways to accelerate the deployment of nuclear power, alongside renewable energy and emission reduction and removal technologies, particularly in sectors where emissions are difficult to reduce and in low-carbon hydrogen production.

The COP will also focus on accelerating the deployment of small modular reactors (SMRs). SMRs offer flexible and cost-effective solutions for small power grids, making them suitable for use in energy-intensive industries, data centers, and commercial vessels. The IAEA event will explore approaches to financing, policy, and regulation of SMRs.

Read also:» What are small modular reactors (SMRs)?

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Personnel for the Electronics Industry: The Association of Electronic Universities Celebrates its Tenth Anniversary

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Source: Peter the Great St. Petersburg Polytechnic University –

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In November, the Association of Universities and Research Organizations Training Specialists for the Radio-Electronic Industry (Association of Universities of the Electronic Engineering Industry) celebrated its 10th anniversary. The Association currently comprises over 40 universities, including Peter the Great St. Petersburg Polytechnic University.

The Association was established at the initiative of the Interdepartmental Council of Chief Designers for Electronic Components (ECB) with the support of the Russian Ministry of Education and Science. Its mission is to train specialists for the electronics industry who solve problems in the design and production of electronic components and electronic equipment.

On November 11, the National Research University Moscow Institute of Electronic Technology (MIET) held the 25th meeting of the Council of the Association of Universities of Electronic Engineering, marking its 10th anniversary. Welcoming remarks were delivered by Yuri Chaplygin, Chairman of the Association's Council and MIET President, Academician of the Russian Academy of Sciences, and Sergei Gavrilov, Rector of MIET. Denis Sekirinsky, Deputy Minister of Education and Science of the Russian Federation, and Vasily Shpak, Deputy Minister of Industry and Trade, congratulated the Association on behalf of the Ministry of Industry and Trade.

The meeting featured presentations on the development of domestic software for modeling microelectronic devices and systems, as well as promising developments in microelectronics. One of the speakers was Alexander Korotkov, Director of the Institute of Electronics and Telecommunications at SPbPU.

Association Council Chairman Yuri Chaplygin presented Association membership certificates to Peter the Great St. Petersburg Polytechnic University, the Baltic State Technical University "VOENMEKH" named after D.F. Ustinov, the Moscow Institute of Physics and Technology, the Samara State Technical University, and others.

Summing up the meeting, Yuri Chaplygin, Chairman of the Association of Universities of the Russian Academy of Sciences and Academician of the Russian Academy of Sciences, noted the need to consolidate the efforts of universities, industrial enterprises, and institutes of the Russian Academy of Sciences to effectively train specialists, accelerate the development of the industry, and address the issue of import substitution.

Following the meeting, participants and guests were introduced to the production and technological capacities of the Scientific and Technical Center "MIET".

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Three Days of Inspiration: Results of the Autumn Student Trip to the Kholomki Estate

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Source: Peter the Great St. Petersburg Polytechnic University –

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Students from Peter the Great St. Petersburg Polytechnic University spent a vibrant and inspiring weekend at the Kholomki estate. Thirty-four students embarked on their autumn retreat under the guidance of two SuperKultorgs, who created an atmosphere of warmth, comfort, and creativity for all participants.

The theme of the session—"in HOLO style"—combined the idea of self-discovery and experimentation with autumn style. It's a time when you want to wrap yourself in your favorite sweater and discover what it says about your personality. Participants explored not only their own style but also their inner world, exploring new roles, images, and ideas.

Over the course of three days, students participated in a variety of interactive events and creative activities. They answered quizzes, learned about artists' stories during an immersive quest, and tried their hand at a knitting workshop. In the evenings, cozy get-togethers and time for genuine conversation awaited everyone. Despite the chilly November weather, the atmosphere was truly warm and friendly.

The autumn break resulted in new acquaintances and memories. For the students, the break was more than just a weekend away, but a true space for personal growth and inspiration.

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.

The Russian NICA Collider: Polytechnic University Strengthens Its Position in Global Scientific Cooperation

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Source: Peter the Great St. Petersburg Polytechnic University –

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The creation of the NICA (Nuclotron-based Ion Collider fAcility) collider at the Joint Institute for Nuclear Research in Dubna to study the fundamental properties of the strong interaction is one of the largest scientific projects underway in Russia. Polytechnic University is a full participant in the Spin Physics Detector (SPD) and Multi-Purpose Detector (MPD) megascience projects at the NICA collider. Yaroslav Berdnikov, professor at the Higher School of Fundamental Physics Research, is the head of the work at Polytechnic University.

The 10th meeting of the SPD international collaboration, dedicated to the 100th anniversary of the particle spin concept, was held at the Veksler and A. M. Baldin Laboratory of High Energy Physics at JINR. Over 200 renowned scientists and young specialists from around the world participated in the meeting. Daria Larionova, Associate Professor at the Higher School of Physics and Physical Analysis (HSPA), represented SPbPU at the meeting. She discussed SPbPU's contribution to the SPD project in her report, "Peter the Great St. Petersburg Polytechnic University (SPbPU). Results."

Following the meeting, Daria Larionova was elected to the executive committee of the SPD collaboration, which serves as recognition of SPbPU's significant contribution to the development of the SPD experiment at the NICA collider.

The 16th meeting of the international MPD collaboration was also held at JINR. SPbPU was represented at the meeting by Dmitry Shapaev, a postgraduate student at the Higher School of Physics and Mathematics (HSFPL) (supervised by Professor Yaroslav Berdnikov at the Higher School of Physics and Mathematics). Shapaev is currently involved in the commissioning of the cryogenic system at the NICA collider. At the meeting, Shapaev participated in meetings of the International Council of the MPD collaboration.

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Researchers at the NSU Artificial Intelligence Center have created a framework for managing artificial intelligence models.

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Source: Novosibirsk State University –

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As part of the scientific and industrial forum "Golden Valley", which is held by Novosibirsk State University, employees NSU Center for Artificial Intelligence presented a framework for managing artificial intelligence models.

"Our framework is for managing and testing datasets and AI models, which must be done before they are included in any workflow. To make this more clear, we also showed examples of the framework's operation with several datasets we already have," said Evgeny Pavlovsky, PhD, a leading researcher at the NSU Center for Artificial Intelligence.

One such example is a project implemented with the State Public Scientific and Technical Library.

The framework was loaded with digital library card data and its markup, and a model for card recognition and bibliographic information structure recognition, created by the center's own staff, was tested.

"We are currently in the process of handing over the framework to the client. Its implementation will significantly automate the work of the State Public Scientific and Technical Library staff in creating new cards. In the future, we plan to add an algorithm to the framework that will allow it to scan a new book and automatically extract the necessary bibliographic information from it, without the involvement of a library employee," explained Evgeny Pavlovsky.

There will be some “advantages” for readers, first of all, the process of finding the necessary books published before 2000 will be significantly simplified.

"Currently, this task requires a rather complex approach. For example, it took me about half an hour to find a book about Al-Khwarizmi, published in Tashkent in 1968. But I was very motivated to search. Modern users don't always spend 30 minutes searching for a single book. Therefore, with our framework, we've significantly simplified this process; you can find the book or article you need much faster, without resorting to specialist help," Pavlovsky emphasized.

There are other examples of the framework's use, all related in one way or another to smart city technologies, which are the specialty of the NSU Center for Innovative Research. This primarily applies to developers of artificial intelligence models, those who have a good understanding of their clients' needs and are currently in the model development stage. For example, when modeling heat distribution in a city, the client clearly understands the objectives, structure, and capabilities of the city's heating networks and the entire housing and utilities infrastructure, but also needs a model to optimize certain processes and parameters.

As is well known, some AI models can sometimes produce incorrect data, or, as they say, hallucinate. In such cases, a framework will be needed that allows developers to test models and understand which ones are usable and which are not.

But, as the developers emphasize, the range of its potential applications is much broader. This was confirmed by the interest the development generated among visitors to the exhibition organized as part of the Golden Valley forum.

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.

Rosneft held a corporate volunteer rally

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Source: Rosneft – An important disclaimer is at the bottom of this article.

Rosneft held its annual corporate volunteer gathering. Over 100 volunteers from the Company's subsidiaries reviewed their work over the past year and discussed prospects for the volunteer movement. The forum took place on the shores of Lake Ladoga, at the Vladimirovsky Hotel Complex, opened by Rosneft in 2021.

Before the event, volunteers visited the Priozersk Integrated Social Services Center for Minors and Families with Children. Rosneft presented the center's residents with sought-after items and souvenirs from various regions of the country, collected by the Company's employees.

In 2025, more than 10,000 Company activists participated in campaigns to support children, including those from new regions, socially vulnerable families, orphanages, and family centers. Among the most popular activities among children were attending Kontinental Hockey League matches featuring the CSKA Moscow team (Rosneft has owned the hockey club since 2011), as well as excursions and educational programs at zoos across the country.

Volunteering is an integral part of the Company's corporate culture. In 2025, oil workers organized over 1,000 events, involving 76,000 Rosneft employees.

The Company's volunteer program, "Platform of Good Deeds," includes social, humanitarian, historical, cultural, and environmental events. Volunteers organize activities aimed at preserving spiritual and patriotic values, educating the younger generation, and fostering a healthy lifestyle and respect for nature.

In the year of the 80th anniversary of the Great Victory, Rosneft volunteers congratulated war veterans and home front workers on the holiday and provided support. Numerous patriotic events, sports competitions, and creative contests were also organized across all regions where the Company operates, aimed at strengthening historical memory, fostering civic responsibility, and preserving cultural heritage. More than 50 monuments, memorials, and graves of Great Patriotic War heroes were renovated and improved. Over 100,000 Rosneft employees took part in the all-Russian "Immortal Regiment" march, and the "St. George's Ribbon" campaign was held at the Company's gas stations.

One of Rosneft's operating principles is a caring attitude toward nature. As part of its volunteer initiatives, Company employees organize cleanup days, collect waste paper, used batteries, and plastic for recycling, plant hundreds of thousands of seedlings, and clean the banks of reservoirs and parks. By 2025, more than 300 environmental initiatives had been implemented, involving over 30,000 Rosneft employees and their families.

Other volunteer activities include: "Donor Days" at all of the Company's subsidiaries, participation in searches for missing persons, assistance to homeless animal shelters, promotion of reading, and much more.

Department of Information and Advertising of PJSC NK RosneftNovember 14, 2025

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The fourth China-Germany high-level financial dialogue will be held in Beijing.

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Source: People's Republic of China in Russian – People's Republic of China in Russian –

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Source: People's Republic of China – State Council News

BEIJING, November 14 (Xinhua) — As agreed between China and Germany, the fourth China-Germany high-level financial dialogue will be held in Beijing on November 17, a Chinese Foreign Ministry spokesperson said on Friday.

It is reported that He Lifeng, a member of the Politburo of the CPC Central Committee, Vice Premier of the State Council of the People's Republic of China, and the leading representative of the Chinese side in the dialogue, will co-chair the upcoming dialogue together with Lars Klingbeil, Vice Chancellor and Minister of Finance of Germany and the leading representative of the German side in the dialogue. -0-

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The return capsule of the Shenzhou-21 spacecraft with three astronauts on board landed in the Inner Mongolia Autonomous Republic.

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Source: People's Republic of China in Russian – People's Republic of China in Russian –

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Source: People's Republic of China – State Council News

JIUQUAN, Nov. 14 (Xinhua) — The return capsule of the Shenzhou-21 manned spacecraft carrying astronauts Chen Dong, Chen Zhongrui and Wang Jie landed at the Dongfeng landing site in north China's Inner Mongolia Autonomous Region on Friday.

At 11:14 Beijing time, the Shenzhou-21 manned spacecraft separated from the space station assembly. At 2:49 p.m., the Beijing Space Flight Control Center issued the command, and the Shenzhou-21 orbital module separated from the return capsule.

The retrorocket then fired, and the return capsule separated from the engine compartment. The return capsule landed at the Dongfeng landing site in northern China's Inner Mongolia Autonomous Region at 4:40 PM, according to the China Manned Space Administration (CMSA).

The cosmonauts are in good health. They spent 204 days in orbit, setting a new record for the longest time spent in orbit by Chinese astronauts, the CMSA noted.

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.