A telephone conversation between Vladimir Putin and Donald Trump will take place very soon, according to the Russian President's press secretary.

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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, December 29 (Xinhua) — A telephone conversation between Russian President Vladimir Putin and US President Donald Trump will take place very soon, Russian presidential press secretary Dmitry Peskov announced at a briefing on Monday.

"In the very near future," he responded to a question about how soon the Russian and US leaders would talk following Donald Trump's talks with Ukrainian President Volodymyr Zelenskyy.

According to D. Peskov, Moscow agrees with the American president's statement that the parties have come close to resolving the conflict in Ukraine and that negotiations are in the final stage.

At the same time, the Russian president's press secretary clarified that V. Putin and D. Trump did not discuss the idea of a Christmas truce in Ukraine in their previous telephone conversation.

On December 28, the presidents of the United States and Ukraine held talks. That same day, the American leader called his Russian counterpart, and they agreed to speak again soon.

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.

AI vs. Beijing Chemistry Students: Who Wins the Chemistry Showdown?

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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, December 29 (Xinhua) — Imagine a chemistry exam where your opponents are not your fellow students, but the world's most advanced artificial intelligence systems – GPT, Gemini, DeepSeek. This is precisely the unusual situation that confronted 174 chemistry students at Peking University, considered one of the top two chemistry universities in China, and the results of this virtual competition challenged our understanding of AI capabilities.

The Department of Chemistry and Molecular Engineering at Peking University recently, together with the Computing Center, the Department of Computer Science, and Yuanpei College of the same university, presented the latest development, SUPERChem. It was this tool that served as the basis for the "exam version" used in the aforementioned virtual confrontation between AI and humans.

SPECIAL MID-TERM EXAM

When you open the SUPERChem question bank, you immediately feel the pressure build.

Intricate analysis of crystal structures, detailed deductions of reaction mechanisms, quantitative calculations of physicochemical properties… These 500 questions are not taken from a publicly available online question bank, but are deeply adapted from complex exam problems and materials from leading professional publications.

Why was it necessary to spend so much effort on creating completely new questions?

"Because large models are too good at 'cramming' text," explained the research team. Most tests available online have already been 'read' by AIs trained on massive data during training. And chemistry is precisely the kind of discipline where memorization alone isn't enough. It combines rigorous logical deduction with a rich spatial understanding of the microworld. "We are very interested in whether one-dimensional next-token prediction in large language models can solve complex inference problems in two- or even three-dimensional space," the researchers added.

Creating a set of problems that AI hasn't seen before and that require genuine reasoning abilities is extremely difficult. However, this is precisely the unique advantage of Peking University's Department of Chemistry. Around a hundred faculty and students, including many Olympiad winners, have teamed up to develop a high-barrier exam for AI that emphasizes reasoning and is immune to cheating. They want to test whether AI truly "understands" chemistry.

RESULTS OF THE FIGHT

This carefully designed test demonstrated sophisticated scientific intuition. As a baseline, undergraduate students from Peking University's Department of Chemistry who participated in the test demonstrated a 40.3% correct answer rate in the context of test evaluation. This figure alone speaks to the high level of difficulty of the tasks.

So how did the AI perform? Even the leading models tested showed results only comparable to the average level of junior students.

The team was surprised by the confusion caused by the visual information. The language of chemistry is visual: key data is contained in diagrams of molecular structures and reaction mechanisms. However, for some models, the accuracy of the added images decreased rather than improved. This demonstrates that modern AI still faces a clear cognitive barrier in converting visual information into chemical semantics.

Even if the correct answer is chosen, the reasoning behind the solution may not stand up to scrutiny. Therefore, the team developed detailed scoring rules for each task. Under SUPERChem's "microscope," it becomes clear at a glance whether the AI truly understands the material or is just pretending to.

Researchers have found that AI reasoning chains often break down on complex tasks such as predicting product structure, determining reaction mechanisms, or analyzing structure-property relationships. Modern advanced models, despite possessing vast amounts of knowledge, still demonstrate insufficient capabilities when solving complex chemical problems that require rigorous logic and deep understanding.

A SMALL STEP TOWARDS GENERAL AI

The creation of SUPERChem filled a gap in the existing tools for assessing the capabilities of multimodal deep analysis in chemical science. The published results are intended not to demonstrate the imperfections of AI, but to stimulate its further development. SUPERChem is like a road sign reminding us that there is a long way to go before a universal chatbot becomes a competent scientific assistant capable of establishing relationships between the structure and properties of substances and inferring the mechanisms of chemical reactions. The developers emphasize the transition from simply "reproducing information" to "understanding the laws of the physical world."

The SUPERChem project is currently entirely open source. The team hopes that this "exam," held at Peking University, will become a shared asset for the global scientific and AI communities and serve as a catalyst for the next wave of technological breakthroughs. Perhaps, in the near future, reusing this set of problems will allow AI to demonstrate perfect performance. This would be a surprise for both chemistry and AI.

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.

December 29, 2025 PREMIER's Audience Results for 2025

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

Users most frequently searched for projects featuring Yuri Borisov, with Sergey Burunov and Timofey Tribuntsev also among the top performers. Among actresses, Yulia Khlynina, Polina Gukhman, and Maria Aronova attracted particular interest.

The most-watched series was "Overheard in Rybinsk," and the comedy "Old School" firmly established itself as a viewer favorite. Comedies were the most popular choice for movies, while the top shows remained the tried-and-true hits "Big Girls" and "Once Upon a Time in Russia."

PREMIER viewers chose stories with character, actors they want to follow, and series they can't tear themselves away from—we're already waiting to see what 2026 has in store!

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.

SPbGASU awarded activists of the Council of Foreign Students

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

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Sergey Mikhailov opens the meeting

On December 26, a ceremony summing up the year's results and awarding the activists of the Council of Foreign Students (CFI) took place at the Saint Petersburg State University of Architecture and Civil Engineering. At the traditional meeting, the most proactive students were recognized and the Council's work results for 2025 were presented.

Vice Rector for Academic Affairs Sergey Mikhailov addressed the participants with a welcoming speech. He emphasized the importance of the International Student Council for the development of the university and its international community.

"Our university is one of the oldest and most respected in Russia, so we place special importance on traditions. We hold such meetings with the International Student Council regularly – twice a year – to review our achievements, recognize the most active students, and outline plans for the future," noted Sergey Vladimirovich.

The Vice-Rector outlined the university's overall 2025 performance. He noted that SPbGASU has received a new impetus for development by becoming one of the universities responsible for training engineering personnel to achieve technological leadership in the Russian Federation. He also noted an increase in student enrollment: today, the university has over 14,000 students, including approximately 500 international students from 54 countries.

"International activities remain one of our priorities. And what you do as part of the International Students' Council—in study groups, at events, and on projects—is a significant contribution to the university's development. For this, I want to sincerely thank you," emphasized the Vice-Rector for Academic Affairs.

During the meeting, Antonia Angelova, Chair of the SIO, presented a report on the work accomplished during the fall semester. In the fall of 2025, the council held more than ten events, including Russian Conversation Club sessions, cultural and educational meetings, master classes, excursions around St. Petersburg and the Leningrad Region, and participation in city and inter-university forums. Particular attention was paid to the adaptation of international students, familiarization with Russian traditions, and the development of intercultural dialogue.

The council's active creative and volunteer activities, the organization of photo zones, New Year's events, and the participation of university graduates in the life of the student community were particularly noted.

The ceremony concluded with the presentation of letters of gratitude to the members of the SIO for their contribution to the development of international and student life at SPbGASU. Participants noted the warm atmosphere of the meeting and expressed their willingness to continue their joint work in the new year.

After the official part of the event, members of the Council of Foreign Students continued their interactions in an informal setting. Participants went to the "Growth Point" for a Christmas tree-making workshop, which helped create a festive atmosphere in anticipation of the New Year.

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.

Schedule of sports activities at the RUDN University Sports and Recreation Center for the first week of January

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Source: Peoples'Friendship University of Russia

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"Infinite wisdom, unconditional faith in her students, a unique teaching gift." In memory of Elena Alexandrovna Krasina

RUDN University expresses its deepest condolences to the family, friends, and colleagues on the passing of renowned scholar, Doctor of Philology, and Professor Elena Aleksandrovna Krasina.

"I immerse myself in my work": the Grand Prix winner of the RUDN University Volunteer of the Year competition talks about her volunteer journey

Elza Shaimukhametova won this year's RUDN University Volunteer of the Year competition. At the awards ceremony, the second-year student at the Agrarian and Technological Institute (Veterinary Science major) shared that volunteering for her means dedicating yourself entirely to a cause, to people, and to being useful.

"We Help with Our Hearts": RUDN University Awards the Year's Best Student Volunteers

The university announced the results of its main volunteer competition, "RUDN Volunteer of the Year." Seventeen people won in five categories. The Grand Prix went to Elza Shaimukhametova, a student majoring in Veterinary Science at the Agrarian and Technological 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.

The average daily number of border crossings through Chinese checkpoints during the New Year holidays will exceed 2.1 million people.

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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, December 29 (Xinhua) — During the upcoming three-day New Year holiday, the average daily number of border crossings through Chinese checkpoints is expected to exceed 2.1 million, a 22.4 percent increase year-on-year, the National Immigration Administration of China reported on Monday.

The peak of cross-border passenger traffic will occur on the evening of December 31, 2025 and January 1, 2026.

The country's major international airports, including Shanghai Pudong, Guangzhou Baiyun and Beijing Capital, are expected to be among the busiest during the upcoming holiday period.

The aforementioned department has required border control services across the country to strengthen monitoring of passenger traffic and the operation of border crossing points, as well as to provide timely information to assist travelers in planning their trips.

Border control agencies have also been instructed to ensure that the waiting time for Chinese citizens to clear customs does not exceed 30 minutes through measures such as more efficient enforcement, ensuring sufficient personnel on duty, and improving passenger flow management at checkpoints.

Travelers are advised to pay attention to information about passenger traffic at checkpoints and border crossing operations before traveling. Chinese citizens should familiarize themselves with the security situation and immigration regulations in the countries and regions they will be visiting before leaving, the National Immigration Administration of China reminded. -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.

Since 2018, more than 4,000 China-Europe freight trains have passed through the Suifenhe checkpoint on the Chinese-Russian border.

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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, December 29 (Xinhua) — Since 2018, more than 4,000 freight trains have passed through the Suifenhe port in northeast China's Heilongjiang Province on the China-Russia border, operating on the China-Europe international rail freight transport routes, according to a statement posted on the official website of the Suifenhe city government.

According to the Harbin branch of China Railways, on December 25 at 1:37 PM, a China-Europe train, fully loaded with cargo, departed Suifenhe Railway Station for Europe. This brings the total number of such trains that have passed through this border crossing since 2018, when the service was launched at Suifenhe, to 4,092, carrying over 390,000 TEU (Ten U) containers.

To effectively develop China-Europe freight train services, the aforementioned branch, while continuously improving the infrastructure of the Suifenhe checkpoint, built a container loading and unloading area and installed specialized equipment, increasing loading and unloading efficiency by 15%. At the same time, a "digital checkpoint" was launched, integrating data from customs, the railway department, and border control, significantly reducing customs inspection time for China-Europe trains.

Currently, China-Europe rail routes passing through the Suifenhe checkpoint cover five European countries and more than 20 Chinese cities. Moreover, the range of goods carried by these trains is becoming increasingly diversified and has expanded to include a range of high-value-added goods, including household appliances, automobiles, and auto parts.

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.

Lev Loitsyansky's Legacy: A Jubilee Scientific Seminar Held at the Polytechnic University

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Source: Peter the Great St. Petersburg Polytechnic University –

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A scientific seminar dedicated to the 125th anniversary of Lev Loitsyansky was held in the first academic building of Peter the Great St. Petersburg Polytechnic University.

Lev Gerasimovich Loitsyansky (December 13 (26), 1900 – November 3, 1991), professor, Honored Scientist and Engineer of the Russian Federation, a leading expert in boundary layer and turbulence theory, and the author of fundamental monographs and textbooks on fluid dynamics and theoretical mechanics, is among the most outstanding Russian mechanical scientists of the 20th century. A key milestone in L. G. Loitsyansky's biography was the establishment, on his initiative in 1935, of the Department of Hydroaerodynamics at the Leningrad Polytechnic Institute, which he headed for nearly four decades.

Lev Loitsyansky published over 120 original scientific papers in a wide variety of areas of fluid and gas mechanics: the theory of laminar and turbulent boundary layers, the statistical theory of turbulence, the semi-empirical theory of turbulence, the theory of viscous fluid jets, the theory of gas lubrication, etc. Many of these became fundamental in the development of entire areas of fluid dynamics.

The textbook "Mechanics of Liquids and Gases" prepared by L. G. Loitsyansky for universities has gained widespread recognition. The first of its many editions dates back to 1950, and the last, seventh, to 2003. In our country, this book remains one of the main textbooks and a recognized scientific guide in this field for students, graduate students, and engineers.

More than 100 people took part in the scientific seminar organized by the Institute of Physics and Mechanics (PhysMech) of SPbPU: students of Lev Gerasimovich, teachers and staff of PhysMech, primarily the Higher School of Applied Mathematics and Computational Physics (HSAMCP), other divisions of the university, scientific and educational organizations of St. Petersburg (SPbSU, Voenmech, St. Petersburg State Marine Technical University, St. Petersburg State University of Civil Aviation, Krylov State Research Center, VNIIG named after B.E. Vedeneyev and others) and Moscow (TsAGI), graduates of the Department of Hydroaerodynamics, postgraduate students and students of HSAMCPCP.

The event's goal is not simply to pay tribute to this outstanding scientist and educator, but also to analyze how his fundamental ideas influenced the development of modern science and technology.

Vladimir Glukhov, an advisor to the rector's office and a 1970 graduate of the Physics and Mechanics Faculty (Department of Mechanics and Control Processes), addressed the seminar participants with a welcoming speech. He noted Lev Gerasimovich's caliber as a scientist and his importance to the university. According to Vladimir Viktorovich, Loitsyansky was a brilliant teacher and always treated students warmly, even if they studied in other departments.

The seminar program included thematic presentations by SPbPU professors, invited representatives of scientific organizations, and high-tech industry organizations—graduates of the Department of Hydroaerodynamics.

List of speakers

Professor of the Higher School of Applied Mathematics and Wind Engineering at SPbPU (graduate of the Department of Hydroaerodynamics in 1972) Evgeny Smirnov, topic of the report: “L. G. Loitsyansky – scientist, teacher, organizer” Corresponding Member of the Russian Academy of Sciences, Chief Researcher at the N.E. TsAGI Zhukovsky Alexander Gaifullin, topic of the report: "Near-wall jets of incompressible fluid" Head of the Laboratory of Computational Hydroaeroacoustics and Turbulence PISh CI SPbPU (graduate of the Department of Hydroaerodynamics in 1970) Mikhail Strelets, topic of the report: "Experience of direct numerical modeling of turbulent boundary layers in complex flows" Technical Director of Soft-impact LLC (graduate of the Department of Hydroaerodynamics in 1999) Vladimir Kalaev, topic of the report: "From the basics of aerohydrodynamics to innovations in microelectronics" Leading engineer-technologist of JSC Concern TsNII Elektropribor Alexander Filippov (graduate of the Department of Hydroaerodynamics in 1972), topic of the report: "School of gas lubrication of L.G. Loitsyansky: theory and tasks of the high-tech industry" Technical Director of LLC Sergey Yurkin (1978 graduate of the Hydroaerodynamics Department), Research and Production Enterprise Ista, presentation topic: "From concept to multipurpose use in industrial products: a high-speed pneumatic valve developed by the Hydroaerodynamics Department of the Polytechnic University."

Participants noted the high level of organization of the seminar, the informative presentations, and the friendly atmosphere of the event. Later, in the hallways, the scientists shared their memories of Lev Gerasimovich.

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.

FSK engineers have been trained in safe work at height and first aid.

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

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On December 6, a comprehensive training course on safe working practices at height and first aid skills was held for FSK technical supervision engineers at the "Smart Labor" training facility of the Saint Petersburg State University of Architecture and Civil Engineering (SPbGASU). The event combined theoretical lessons, practical training, and the testing of a methodology for assessing the competence of construction workers.

Working at height is one of the most dangerous types of construction work. During the training, company specialists thoroughly covered safety systems, the correct selection of personal protective equipment, and practiced rescue and evacuation techniques from aerial work platforms, towers, and metal structures.

A separate section of the program was devoted to first aid. Participants deepened their knowledge in this important area, which will be useful not only on construction sites but also in everyday life.

The training was conducted by:

"First Aid to Victims" – Alexander Dmitriev, Director of the Smart Trud Training Ground; "Working at Height" – Dmitry Klykov, Instructor in Safe Working Practices at Height.

In addition to mastering practical skills, the training included an important scientific component: testing a methodology for assessing the competence of construction workers when working at height. This methodology is being developed by Nadezhda Batova, a senior lecturer in the Department of Technosphere Safety, as part of her dissertation for a candidate of technical sciences degree.

The testing included three stages:

Entrance testing – assessment of the initial level of theoretical knowledge; final testing – verification of knowledge of occupational safety requirements after training; practical exam – confirmation of skills in performing practical tasks required for high-risk jobs.

The results of the practical examination will assess the professional suitability of specialists for working at height and the development of sustainable safety behavior patterns. The study data is still being processed, and the final scientific findings will be presented soon.

This event is a shining example of successful collaboration between a university and an industrial partner, where practical knowledge and applied skills are aimed at improving employee safety.

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 Engineering Future Starts Here: The Natural Sciences Lyceum Celebrates 30 Years

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Source: Peter the Great St. Petersburg Polytechnic University –

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This year, the Polytechnic University's Natural Sciences Lyceum celebrates its anniversary. Thirty years ago, SPbPU Rector Yuri Vasiliev and representatives of the St. Petersburg Education Committee signed the Charter of the state educational institution of secondary (complete) general education "Natural Sciences Lyceum."

The creation of the lyceum was a response to a disturbing trend in the 1990s—a precipitous decline in interest in engineering majors. To reverse this, career guidance needed to begin well before 11th grade: this was precisely the goal the new lyceum set for itself.

Its mission is not simply to provide schoolchildren with a quality education, but to specifically motivate them to choose an engineering career. From the very beginning of the student selection process, the lyceum prioritized early career guidance: instead of passively waiting for graduates ready to apply to university, it began actively recruiting high school students from other schools, fostering their enduring interest in engineering disciplines.

Thus, the lyceum became a tool for systematic propaganda: through in-depth study of mathematics, physics, and other natural science subjects, it showed schoolchildren the prospects of an engineering career, demonstrated the connection between the school curriculum and real-world production, and opened doors to the world of high-tech professions.

In the 1990s, the Physics and Technology School, under the patronage of the Physics and Technology Institute and Zhores Alferov personally, became affiliated with the Polytechnic University. Its success prompted SPbPU Rector Yuri Vasiliev to create a similar structure, but one focused on engineering specialties. The Alferov School taught classical, fundamental physics, while the Polytechnic University wanted to create something more closely aligned with industry, encouraging students to pursue engineering majors. Students then decided for themselves that they would later enroll at the Polytechnic University. Today, the Natural Sciences Lyceum and the Physics and Technology School are on par in terms of training and educational quality.

On September 1, 1996, the first Lyceum students began classes. They were held on the premises of the Polytechnic University. Five classrooms were located in the Hydrotechnical Building, chemistry in the Chemical Building, and descriptive geometry in the drawing rooms of the Main Building, as well as in the first and second buildings. The most qualified faculty members taught the Lyceum students from the very beginning. The special atmosphere, businesslike approach, and a touch of democracy introduced by the first director, Elena Kharitonova, are still preserved at the Lyceum.

"The main goal is to deliver an educational program that helps children develop a healthy worldview. We teach children to speak and express their thoughts in their own words, so if we have the opportunity to ask something verbally, we always do so," noted Roman Baibikov, director of the Natural Sciences Lyceum.

Students were recruited from other schools for the senior classes. Things started off tough. Students and their parents didn't want to attend the lyceum, and there was no competition. Furthermore, there was a shortage of funding and teachers. Initially, it was decided that university professors, rather than professional teachers, would teach the lyceum students. Thus, a small group of associate professors and professors formed who enthusiastically began working with the students. This trend was later maintained.

In 2009, the Education Committee withdrew from the Lyceum's founding members, and the Polytechnic University opened a new division, the Natural Sciences Lyceum. Since 2012, all educational activities have taken place in the building on Svetlanovskaya Square.

In 2021, the Natural Sciences Lyceum opened a chemistry and biology class. This is a promising area, and the country needs such specialists.

Currently, the lyceum employs one doctor of science and 16 candidates of science. The entire teaching staff consists of 34 people, most of whom are university faculty. The remainder are college instructors specializing in humanities subjects: English, Russian language and literature. All mathematics and physics instructors work in higher education.

"I've been at the Lyceum for 25 years now. I can say it's pleasant and interesting to work here, and everyone in the team is respectful," says history teacher Sergei Lagushkin. "Almost everything has changed over the years: the classrooms and their equipment, the library collection, and the teaching staff has become younger. We have the most modern history textbooks, and the Lyceum's teachers are now graduates of the Polytechnic University, who previously graduated from the Natural Sciences Lyceum."

The lyceum is currently among the top 30 schools in the country and among the top 5 in St. Petersburg for quality of education. In 2025, it ranked 28th in the ranking of the best Russian schools for graduate competitiveness in technical, natural sciences, and the exact sciences.

The students are interested in mastering the subject, understanding the processes involved, and developing a systematic knowledge base. And, ultimately, the results of this collaborative work are visible: graduates of the Natural Sciences Lyceum excel on the Unified State Exam in physics, win physics-related Olympiads, and are admitted to the most prestigious universities in Moscow and St. Petersburg. Naturally, when such collaboration yields tangible results, one feels a sense of accomplishment, said physics teacher Vyacheslav Bondarenko.

The Lyceum implements the idea of continuous professional training, which allows for the most optimal solution to many of the challenges facing the modern education system.

The Lyceum supports all children's endeavors. Each student has an individual project in their curriculum, and Polytechnic University undergraduate and graduate students are involved in its implementation. All necessary equipment is readily available at the Lyceum.

The Polytechnic University frequently hosts lectures for Lyceum students given by prominent scientists. Schoolchildren also participate in all the master classes held at SPbPU during the winter school holidays.

Representatives from various Polytechnic institutes visit eleventh-graders twice a month to conduct organizational events and classes so that the students can better understand all areas of study.

Over 80% of graduates go on to university, 55% to SPbPU. Vladimir Glukhov, an advisor to the rector's office who was at the forefront of the lyceum's founding, emphasizes: "Here, children receive a higher-quality mathematics and physics education. Lyceum students are aiming for university entrance into engineering majors. They already know where they're headed."

We treat every student as an individual. We always address them formally. We've created an atmosphere at our Lyceum where teachers are happy to come to work, are on time, and don't reschedule or miss classes without a valid reason or notice. They set an example. Children see this conscientious attitude and begin to behave in the same way," said Roman Baibikov, Principal of the Natural Sciences Lyceum.

The lyceum offers three additional educational programs for students: Elements of Higher Mathematics, Information Technology, and Olympiad Physics. These programs are available in 11th grade. Upon passing the final assessment, graduates receive a certificate awarding five additional points toward their Unified State Exam (USE) scores.

In the next few years, we plan to launch several more relevant supplementary education programs for students in grades 8 and 9. Additionally, we will develop a chemistry and biology program.

"Over the three decades of its existence, the Natural Sciences Lyceum of the Polytechnic University has become a true breeding ground for talented applicants entering the country's leading universities. It is also important that it is the alma mater for a whole host of future engineers, researchers, and scientists who shape the development of scientific and technological progress in Russia," emphasizes SPbPU Rector Andrey Rudskoy. "The Lyceum's consistent leadership in the rankings of St. Petersburg educational institutions confirms its commitment to high educational standards, in-depth scientific training, and genuine dedication to the development of engineering professionals."

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.