Lightning: D. Trump said the US would "get out of Iran fairly quickly," but could return for "precision strikes" if necessary — Reuters

Translation. Region: Russian Federation –

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

An important disclaimer is at the bottom of this article.

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

Xinhua | April 1, 2026

Keywords: USA-Iran

Source: Xinhua

Flash: D. Trump said the US would "get out of Iran fairly quickly," but could return for "targeted strikes" if necessary — Reuters Flash: D. Trump said the US would "get out of Iran fairly quickly," but could return for "targeted strikes" if necessary — Reuters

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.

Ecology without borders: from the depths of the Baltic to the horizons of space

Translation. Region: Russian Federation –

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

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In the Botanical Garden

The last week of March was a busy one at the Faculty of Environmental Engineering and Urban Management (FEEGU) of the St. Petersburg State University of Architecture and Civil Engineering: the Department of Water Management and Ecology organized a large-scale series of events that comprised Ecology Week. Students and faculty explored a range of topics, from addressing pressing regional issues to discussing the fundamental mysteries of the universe.

March 23: The Baltic's pain and hope for salvation

The week opened with a lecture by Svetlana Makarova, Associate Professor of the Department of Water Management and Ecology and PhD in Biology, dedicated to Baltic Sea Day. The Baltic Sea is currently under unprecedented anthropogenic pressure. Students learned about the critical situation of ringed seals: due to the abnormally early melting of the ice, pups are losing their mothers and are left alone in the harsh environment. An important practical outcome of the lecture was an introduction to the work of the Marine Mammal Research and Rehabilitation Center in Repino. Students learned how the Baltic Seal Friends Foundation's hotline operates and how everyone can help save this rare animal.

Hidden threats were also addressed: the problem of dumped chemical weapons from World War II and the eutrophication of the Neva Bay. Excess nitrogen and phosphorus lead to aggressive algal blooms, requiring future specialists to seek new technological solutions.

March 24: Space Odyssey and Professional Innovation

This day became a dual celebration of science and practice. First, the students immersed themselves in fundamental research and listened to a scientific report on the origins of water on Earth, prepared by department alumnus Mikhail Ryakhovsky, PhD in engineering. The students explored complex hypotheses about endogenous and exogenous sources of the oceans, drawing parallels between the evolution of our planet and the search for life in deep space, and discussed research aimed at finding water in space.

On the same day, students majoring in "Environmental Management and Water Use" (major in "Engineering Ecology") explored the practical side of the profession at the St. Petersburg International Environmental Forum. A visit to the "Big City Ecology" exhibition provided a powerful impetus for future environmental engineers to develop. Of particular interest were:

Online monitoring systems: modern sensors allow for real-time monitoring of water quality with remarkable accuracy; mobile eco-laboratories: mobile systems for rapid air and soil analysis impressed with their autonomy and comprehensive equipment; circular economy: during a workshop, students hand-crafted recycled plastic into stylish keychains, proving that recycling is a creative and effective process.

The students were particularly impressed by the applied technological solutions. "NAECO's environmental marine systems and intelligent monitoring systems were a real revelation. It's amazing how machines, using neural network cameras, can automatically detect illegal dumps, and how specialized scanners can instantly analyze exhaust emissions right in the middle of city traffic," noted first-year student Timofey Tarakanov.

March 26: Tropical technologies in the heart of St. Petersburg

Just a few steps separated the bustle of the city from a veritable jungle. For future specialists, a visit to the Peter the Great Botanical Garden became a lesson in engineering: they studied the complex microclimate of the greenhouses, created by automatic drip irrigation, misting, and ventilation systems.

Among blooming azaleas and exotic carnivorous plants, students also learned about cultural traditions. For example, they learned about the ancient custom of giving tangerines—these "little suns" symbolize wealth and warmth, which are so often lacking in northern latitudes. The vibrant photographs against the tropical backdrop provided a wonderful finale to this educational marathon.

"The visit to the Botanical Garden was an exceptionally positive experience. It was a kind of recharge: we admired the beautiful plants, breathed in the fresh air, and learned a lot. I especially remember the citrus greenhouse and the fact that a fig is a ficus," shared second-year student Stanislav Schilling.

Results of Ecology Week

The results of Ecology Week once again confirmed that modern construction is unthinkable without in-depth environmental assessment. For future civil engineers and designers, understanding the life cycle of materials, the design of complex climate control systems, and the protection of water resources is not just a "green" trend, but the key to creating a high-quality, safe, and sustainable urban environment. The events demonstrated that technological progress in construction today goes hand in hand with a respectful attitude toward nature.

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.

A RUDN University scientist is researching future implants for reconstructive surgery.

Translation. Region: Russian Federation –

Source: Peoples'Friendship University of Russia

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Aida Baghdasaryan, a researcher at the Molecular Pathophysiology Laboratory at the RUDN University Research Institute of Molecular and Cellular Medicine, won the 30th International Pirogov Scientific Medical Conference for Students and Young Scientists. Her presentation in the "Fundamental Medicine" section focused on the prospective evaluation of bioresorbable 3D polymer scaffolds—materials that have the potential to revolutionize approaches to tissue reconstruction.

About the study

In her paper, Aida Baghdasaryan presented the results of a preclinical study of the behavior of bioresorbable polymers in vivo. The study aims to address key issues in regenerative medicine: the safety of the materials, their absorption rate, and their ability to serve as a temporary scaffold for tissue repair. These data are essential for developing new solutions in reconstructive surgery, where not only biocompatibility but also the ability to precisely restore shape are important.

The practical significance of this work is closely linked to oncology. As the researcher explained, the need for such technologies is most acute in breast reconstruction after mastectomy.

"Breast cancer is the most common oncological pathology in women, and in approximately 60% of cases, treatment requires a mastectomy, that is, complete removal of the breast. After this, the question arises of restoring the volume and shape of the tissue. Currently, either silicone implants or the patient's own tissue are mainly used for reconstruction. However, both approaches have their limitations. Silicone implants are not a lifelong solution and often require replacement after about 10 years. Autologous reconstruction, that is, transplanting one's own tissue, is more traumatic because it requires an additional surgery and affects the donor site," says Aida Baghdasaryan.

According to RUDN University scientists, a bioresorbable implant could be an alternative. It serves as a temporary scaffold and gradually degrades, giving way to the patient's own tissue. This avoids the long-term presence of foreign material in the body and reduces the trauma typical of autologous transplantation.

During the study, the lab researcher used a subcutaneous implantation model in rats. As Aida noted, this model is a convenient and informative first step for preclinical evaluation. It allows for a detailed study of the material's interaction with tissue, assessing inflammatory reactions and toxic effects, and determining the rate of bioresorption. For reconstructive surgery, such analysis is a crucial step before moving on to more complex trials.

Prospects and interdisciplinary collaboration

Aida Baghdasaryan emphasized that the presented work is only an early stage in the development of new bioresorbable implants. These developments could potentially find application not only in breast reconstruction, but also in a wide range of plastic and reconstructive surgery, as well as in personalized tissue engineering approaches.

A key factor in the success was the close collaboration between the two research centers. The researcher explained that the project is being implemented at the V.I. Kulakov National Medical Research Center of Obstetrics, Gynecology, and Perinatology, which boasts a robust clinical base and research departments. Some experiments, particularly animal studies and histological analysis, were conducted jointly with RUDN University. This collaboration significantly expanded the range of applicable methods and strengthened the scientific component of the work.

Impressions from the conference

For the young woman, winning the prestigious Pirogov Conference was recognition of the relevance of her research.

"For me, this is a very important and motivating recognition of my work. It means the topic is truly interesting to the scientific community. Furthermore, such a victory gives additional confidence that the project is moving in the right direction and has good prospects for further research," says Aida Baghdasaryan.

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 snow leopard has become the mascot of the 6th World Nomad Games.

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

An important disclaimer is at the bottom of this article.

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

Bishkek, April 1 (Xinhua) — The 6th World Nomad Games (WNG), which will be held in Kyrgyzstan this year, has an official mascot. It is the snow leopard, one of the country's most recognizable images. This was reported on Wednesday by the Kyrgyz national news agency Kabar, citing the WNG International Secretariat.

"The snow leopard is the symbol of Kyrgyzstan, where strength is combined with respect, and traditions are open to the world. Through this mascot, we wanted to convey the spirit of the 2026 World Nomad Games—dignity, balance, and openness to interaction," the secretariat noted.

The mascot's visual image is said to combine Kyrgyzstan's natural environment, its nomadic heritage, and the project's contemporary appeal. "The snow leopard is not just a mascot, but an image that reflects the character of the host country and the values of the 2026 World Nomad Games as an international platform uniting people through sport, culture, and knowledge," the secretariat stated.

The World Nomad Games is an international cultural and sporting event aimed at preserving, developing, and promoting ethnic sports and the traditional culture of nomadic peoples around the world. They were first held in 2014 in Kyrgyzstan. Subsequently, the same country hosted the 2nd and 3rd WNGs in 2016 and 2018, respectively. The 4th Games will be held in Turkey in 2022, and the 5th in Kazakhstan in 2024.

The 6th World Nomad Games will be held this year from August 31 to September 6. The opening ceremony will take place in Bishkek, the capital of Kyrgyzstan, and the main sporting and cultural events will take place in the Issyk-Kul region. The Games program includes 43 ethnosports, as well as cultural and scientific events.

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.

/Roundtable on the Chinese Economy/ The role of enterprises in technological and industrial innovation should be strengthened – expert

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

An important disclaimer is at the bottom of this article.

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

Beijing, April 1 (Xinhua) — China should fully utilize the role of enterprises as the main drivers of innovation during the 15th Five-Year Plan period (2026-2030), an expert said on Wednesday.

Liu Dongmei, head of the Party Committee of the Chinese Academy of Development Science and Technology, made the call during the latest edition of the China Economic Roundtable, a media discussion program hosted by Xinhua News Agency.

She proposed strengthening the leading role of enterprises, especially technology leaders, and expanding their ability to coordinate with upstream and downstream companies, universities and research institutes to jointly boost the integration of technological and industrial innovation.

Resources allocated to the key stages of internal/corporate technology transfer are sometimes insufficient, especially for small and medium-sized enterprises, resulting in many research results remaining on paper or in laboratories. Liu Dongmei therefore called for increased efforts to assist such enterprises in developing additional technology transfer capabilities.

The expert also proposed creating an assessment system focused on market demand and industrial value in order to eliminate bottlenecks that hinder the integration of technological and industrial innovations. -0-

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.

Russia continues to cooperate with the United States in human spaceflight, according to Roscosmos.

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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

Moscow, April 1 (Xinhua) – Despite sanctions, Russia continues to cooperate with the United States in human spaceflight. Dmitry Bakanov, head of the Russian state corporation Roscosmos, announced this in a speech to the Federation Council of the Federal Assembly of the Russian Federation.

"Despite the sanctions, we continue to cooperate with the United States of America within the framework of the program of cross-flights and joint operation of the International Space Station," noted D. Bakanov.

He also reported that Roscosmos has formed a "portfolio of projects with 14 friendly countries worth over 43 billion rubles (approximately 529.2 million US dollars)." "About 20 contracts are currently under negotiation," the head of Roscosmos added.

According to him, Roscosmos, in 2025, prepared, "together with its Kazakh partners, ground infrastructure for the launch of the Soyuz-5 rocket." "The International Scientific Lunar Station project is developing with China. The Russian Academy of Sciences has approved the concept for the creation of its Russian segment," D. Bakanov said.

Touching on the state corporation's plans for 2026, he noted that this year Roscosmos will launch one manned and three cargo spacecraft, and work is underway to create a nuclear rocket engine. –0–

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.

Uzbekistan Airways has transferred its Beijing-Tashkent route from the capital's Beijing Capital Airport to the international airport of Daxing.

Translation. Region: Russian Federation –

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

An important disclaimer is at the bottom of this article.

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

BEIJING, April 1 (Xinhua) — Uzbekistan Airways flight HY505 successfully landed from Tashkent to Beijing Daxing International Airport on Tuesday morning. This marked the official commencement of flights to and from Beijing Daxing Airport, replacing the former Beijing Capital Airport.

According to the Daxing Airport administration, Uzbekistan Airways has become the 72nd airline operating there. According to the schedule, the airline will operate four direct flights per week between Tashkent and Daxing Airport using wide-body Boeing aircraft.

Uzbekistan Airways has operated flights between Beijing and Tashkent for over 30 years since its inception in 1993, serving as an air bridge to facilitate people-to-people contacts, trade and economic cooperation, and humanitarian exchanges between China and Uzbekistan. The transfer of the Beijing-Tashkent route from Beijing Capital Airport to Daxing Airport marks a new stage in the Uzbek airline's operations in China, according to the airport administration.

With the demand for cross-border passenger and cargo transportation between China and Uzbekistan continuously increasing, Daxing International Airport is ready to further deepen cooperation with Uzbekistan Airways to jointly provide a safe and convenient air corridor between the two countries, the airport administration added. -0-

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.

Sobyanin: Construction of the Narodnoye Opolchenie metro station is nearing completion

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Source: Moscow Government – Moscow Government –

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Construction of the new Rublevo-Arkhangelskaya metro line and the Narodnoye Opolchenie station, which will be part of it, continues in Moscow. The station under construction was inspected by Sergei Sobyanin.

"Construction of the first phase of the Rublevo-Arkhangelskaya Line is entering its final stages. The first three stations are scheduled to open this year. All are at an advanced stage of readiness. Here, at the Narodnoye Opolchenie station, all structural work, including concrete and cast-in-place, has been completed. We are now moving on to finishing and installing the utility systems. This is complex work, and there's still a lot of work to be done, but I hope everything will be completed on time," the Moscow Mayor said.

According to Sergey Kidyaev, CEO of JSC Ingeokom Association, the station's architectural finishing is 94 percent complete, and its utilities are 50 percent complete. Preparations for its launch will begin in a month.

The new Rublevo-Arkhangelskaya line of the Moscow Metro will be 27.6 kilometers long and will feature 12 stations. It will run from the Moscow International Business Center (MIBC) "Moscow-City" to Rublevo-Arkhangelskoye beyond the Moscow Ring Road (MKAD) and on to Krasnogorsk. It will offer connections to the Moscow Central Circle (MCC), Solntsevskaya, Filevskaya, Arbatsko-Pokrovskaya, and Big Circle Lines (BKL). These connections to the MCC and BKL will offer dozens of route options for travel within the city, allowing passengers to quickly reach any point in the capital. Stations on the Rublevo-Arkhangelskaya line will offer modern services for passengers.

“We expect that after the opening

People's Militia The station will be used by approximately 12,000 passengers per day, and by 2030, that number will increase to 14,000. Thanks to the first section of the new line, travel around the city will become faster and more comfortable for more than 550,000 residents of five districts: Presnensky, Khoroshevo-Mnevniki, Shchukino, Dorogomilovo, and Filevsky Park. They will be able to transfer to the Moscow Central Circle and three metro lines: Solntsevskaya, Filevskaya, and the Big Circle Line," the Moscow Mayor wrote on his channel. MAX messenger.

Source: Sergei Sobyanin's channel inMAX messenger

The line will connect two major business districts: the Moscow-City International Business Center (MIBC) and SberCity in the new Rublevo-Arkhangelskoye district. At the Delovoy Tsentr (Business Center) terminal, residents will be able to use the infrastructure of Moscow-City, one of the city's largest transport hubs.

Passengers will be transported on modern, technologically advanced, and comfortable Russian-made trains. Initially, the line will be serviced by the Solntsevo depot, with plans to build the Ilyinskoye depot later.

Improving transport services

The opening of the Rublevo-Arkhangelskaya metro line will allow:

— improve transport services for approximately one million current and future residents of seven central, western, and northwestern districts of Moscow, such as Presnensky, Dorogomilovo, Filevsky Park, Shchukino, Strogino, Khoroshevo-Mnevniki, Kuntsevo, including renovation areas and integrated development areas;

— create new route options for travel within the city: passengers will be able to take advantage of convenient transfers to the Big Circle Line, Solntsevskaya, Filevskaya, Arbatsko-Pokrovskaya metro lines, and the Moscow Central Circle;

— ensure transport accessibility of the promising SberCity district in Rublevo-Arkhangelskoye with 65 thousand residents and more than 70 thousand jobs, connecting it with the Moscow-City International Business Center;

— improve transport accessibility to popular recreation areas in the Strogino district;

— reduce the load on the Arbatsko-Pokrovskaya and Tagansko-Krasnopresnenskaya metro lines;

— reduce traffic volumes on the adjacent road network. This, in turn, will improve the environmental situation in northwest Moscow: Rublevskoye Highway, Marshal Zhukov Avenue, and Novorizhskoye Highway will become 10 percent freer.

Construction stages

The first two stations of the future line, Delovoy Tsentr and Shelepikha, opened in 2018 as part of the Big Circle Line. They are currently temporarily closed for integration with the Rublevo-Arkhangelskaya Line.

In 2021, construction began on a 12.7-kilometer section of the Rublevo-Arkhangelskaya Line from Shelepikha Station to Lipovaya Roshcha Station, including six new stations:

— "Zvenigorodskaya" — near the intersection of Shenogina Street, Shelepikhinskoye Highway and 1st Silikatny Proezd;

— “Narodnoe Opolchenie” (transfer to the Big Circle Line station of the same name) — along Demyan Bedny Street at the intersection with Marshal Zhukov Avenue;

– “General Karbyshev Boulevard” – parallel to Marshal Tukhachevsky Street at the intersection with General Karbyshev Boulevard;

— “Serebryany Bor” — along Parshina Street near the intersection with Zhivopisnaya Street;

— "Strogino" (transfer to the station of the same name on the Arbatsko-Pokrovskaya line) — along Stroginsky Boulevard;

— "Linden Grove" — in the Moscow region along the Moscow Ring Road, between the Novorizhskoye Highway and the residential and public development area "Sputnik".

In 2024–2025, construction began on a six-kilometer section from Lipovaya Roshcha station to Novorizhskaya station, with two new stations:

— “Rublyovo-Arkhangelskoye” — on the territory of the microdistrict of the same name in the Kuntsevo area between Projected Driveways No. 7120 and 7101;

— "Novorizhskaya" — in the Kuntsevo area between Ilyinskoye Highway and the 23rd kilometer of Novorizhskoye Highway.

In the future, there are plans to extend the line to Krasnogorsk with two stations.

At present, mechanized tunnel boring has been completed on the Shelepikha – General Karbyshev Boulevard section.

In October 2025, the Liliya tunnel boring machine (TBM) completed excavation of a large tunnel with a diameter of 10 meters between the Bulvar Generala Karbysheva and Serebryany Bor stations, and on January 15, 2026, it began construction of a similar tunnel from Serebryany Bor to Strogino.

The second giant shield, "Maria," began excavating from Lipovaya Roshcha toward Strogino in July 2025. Additionally, in February–April 2025, the TBMs "Natalie" and "Viktoria" began excavating connecting tunnels between the Rublyovo-Arkhangelskoye and Lipovaya Roshcha stations, which were completed on February 26, 2026.

Sobyanin: The excavation of two tunnels on the Rublevo-Arkhangelskaya metro line has been completed.The tunnel between Lipovaya Roshcha and Strogino stations is more than 40 percent complete.

In July 2025, the Alexandra TBM began construction of the left-hand tunnel between the Rublyovo-Arkhangelskoye and Novorizhskaya stations, and in October of the same year, the Sofia TBM began excavating the right-hand tunnel.

Construction is currently underway on all stations of the three launch complexes: Zvenigorodskaya, Narodnoye Opolcheniya, Bulvar Generala Karbysheva, Serebryany Bor, Strogino, Lipovaya Roshcha, Rublevo-Arkhangelskoye, and Novorizhskaya.

The first section of the Rublevo-Arkhangelskaya metro line is scheduled for completion in 2026. Modern Russian-made trains will begin service from Delovoy Tsentr station to Bulvar Generala Karbysheva station. The first section of the new line will improve transportation services for over 550,000 residents of the Presnensky, Khoroshevo-Mnevniki, Shchukino, Dorogomilovo, and Filevsky Park districts. Residents will be able to transfer to the Moscow Central Circle (MCC) and three metro lines: Solntsevskaya, Filevskaya, and the Big Circle. Upon opening, the first section is expected to carry 90,000 passengers per day.

The second and third sections will be opened in 2027. By 2033, passenger traffic on the line is expected to almost triple, reaching 250,000 people per day.

People's Militia Station

The future Narodnoye Opolchenie station on the Rublevo-Arkhangelskaya metro line will be located along Demyan Bedny Street at the intersection with Marshal Zhukov Avenue. It is a shallow station with two underground vestibules with exits on both sides of Demyan Bedny Street and Marshal Zhukov Avenue. Six elevators will be installed for passengers with limited mobility.

The new metro station will improve transportation services in one of the most densely populated areas, making travel more convenient for more than 180,000 residents of Khoroshevo-Mnevniki. For example, they will be able to reach the Moscow-City business center twice as fast. Furthermore, for those living near the future station, travel time to the Moscow Central Circle (MCC) will be reduced by 10 minutes and to Red Square by 20 minutes. At the Narodnoye Opolchenie station, passengers on the Rublevo-Arkhangelskaya Line will also have a convenient transfer to the Big Circle Line (BKL) station of the same name, taking no more than two minutes.

 

Following its opening, the new station is expected to handle approximately 12,000 passengers per day, increasing to 14,000 by 2030. It is estimated that approximately 40,000 passengers will transfer daily between the Rublevo-Arkhangelskaya Line and the Big Circle Line, a number that could double by 2030.

The main element of the station's architectural design will be two rows of brightly lit columns of complex shape, smoothly flowing into the vaults of the station hall.

The floors will be clad in light gray granite, the bases of the track walls and columns will be clad in black granite, and the track walls will be clad in black and red aluminum honeycomb panels. The columns will be clad in steel. The floors and walls of the vestibules will be finished in light tones and clad in polished granite slabs. The suspended ceiling will consist of three-layer aluminum panels with a white honeycomb core and a black aluminum slat with integrated LED strips.

Like all new stations, Narodnoye Opolchenie is being built with maximum passenger comfort in mind. It will feature ticket vending machines and turnstiles manufactured in Moscow, accepting all available payment methods, including biometrics. Around 60 staff members will ensure the comfort and safety of passengers.

The station's main structures and excavation pit backfilling have now been completed. Architectural finishing work and installation of utility systems are underway. Construction completion of the facility is 86 percent.

Results of the Moscow Metro construction program

Since 2011, the Moscow Government has completed the construction and reconstruction of more than 260 kilometers of lines, 127 stations, 14 depots (including the Brateevo car repair plant) of the metro and the Moscow Central Circle.

In cooperation with Russian Railways, the first, second, third and fourth Moscow Central Diameters (MCD) were also put into operation – this is 303 kilometers of track and 138 stations.

New lines and stations of the Moscow Metro, the Moscow Central Circle (MCC), and the Moscow Central Diameters (MCD)

Lyublinsko-Dmitrovskaya line:

— section from Maryino station to Zyablikovo station (three stations);

— the section from Maryina Roshcha station to Fiztekh station (nine stations).

Kalininskaya and Solntsevskaya lines:

— section from Novogireevo station to Novokosino station (one station);

— the section from the Delovoy Tsentr station to the Vnukovo Airport station (14 stations).

Zamoskvoretskaya line:

— section from Krasnogvardeyskaya station to Alma-Atinskaya station (one station);

— Technopark station;

— the section from the Rechnoy Vokzal station to the Khovrino station (two stations).

Arbatsko-Pokrovskaya line:

— the section from the Mitino station to the Pyatnitskoye Shosse station (one station).

Tagansko-Krasnopresnenskaya line:

— section from Vykhino station to Kotelniki station (three stations);

— Spartak station.

Butovskaya line:

— the section from the station "Ulitsa Starokachalovskaya" to the station "Bitsevsky Park" (two stations).

Sokolnicheskaya line:

— the section from the Yugo-Zapadnaya station to the Potapovo station (eight stations).

Nekrasovskaya line:

– eight stations.

Big Circle Line:

— 31 stations.

Trinity Line:

— the section from the ZIL station to the Novomoskovskaya station (11 stations).

There are 31 stations open on the Moscow Central Circle, and 138 on the four Moscow Central Diameters, 54 of which are transfer stations to metro stations, the Moscow Central Circle, and the Moscow Central Diameters.

In addition, the following depots have been opened (including after reconstruction): Mitino, Brateevo (car repair plant), Pechatniki, Vykhino, Planernoye, Nizhegorodskoye, Likhobory, Solntsevo, Vladykino, Rudnevo, Sokol, Aminyevskoye, Yuzhnoye (Brateevo-2), and Stolbovo.

Subscribe to Sergei Sobyanin's official channels on messengers MAX And Telegram.

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.

Maria Ageeva's creative evening "Romances of April Moscow"

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Source: Moscow Government – Moscow Government –

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A creative evening with Maria Ageeva, a member of the Union of Writers of Russia and winner of all-Russian and international competitions, will be held at A.P. Platonov Library No. 42.

The program "Romances of April Moscow" will feature original and old romances, as well as works based on the poems of Silver Age poets, accompanied by guitar.

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.

Symbolism in art

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Source: Moscow Government – Moscow Government –

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Art historian Olga Osipova will give a lecture on symbolism at Yu. V. Trifonov Library No. 2, held as an art breakfast.

Participants will trace the path from cave paintings to the Renaissance and Art Nouveau eras, learn how different cultures interpreted the same images, and acquire a proprietary symbol analysis method that will allow them to independently decipher them in museum halls and on the pages of books.

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.