Room 4
TED Talks: “Russian pharmaceutical innovation: achieving world-class hi-tech standards”

The development of Russia’s pharmaceutical industry is shaped by numerous factors. Most important are the quality of proprietary R&D pipelines, the technologies employed, and the organization of a full innovation cycle - from research to global business. A defining feature of high-tech progress in the pharmaceutical sector remains the extended lifecycle of pharmaceutical development, which typically ranges from seven to twelve years This represents one of the primary constraints for investment and planning. Technologies have advanced at a rapid pace in recent decades, making it extremely difficult to predict which specific products -namely, innovative pharmaceuticals developed on domestic technology platforms -will be in demand five to ten years from now. Russian patients need access to original, innovative pharmaceuticals for the treatment of socially significant diseases; these pharmaceuticals should be produced domestically, be affordable, and their manufacture and distribution should generate revenue for Russian businesses. Artificial intelligence plays a pivotal role in managing the lifecycle of innovative pharmaceutical developments: AI-powered assistants and agents are being deployed at every phase -research, clinical trials, and marketing - in both domestic and international markets. As part of the discussion, we will explore how combining pharmaceutical technologies with artificial intelligence can enable achieving global competitiveness and attain technological leadership in specific product niches.

Room 4
Discussion session: “Economic modernization across borders: additive technologies and digital twins in railway engineering”

For the railway engineering sector, as one of the key sectors of the economy, it is crucial to adopt cutting-edge solutions aimed at reducing the costs of developing new rolling stock, maintaining existing fleets in operation, and building advanced technological and testing equipment.

3D printing is proposed as a forward-thinking solution. According to Wohlers Associates, the global industry most actively utilizes 3D printing for ready-made products (33.7%) and prototype development (24.4%). Among international additive technology centres in the railway sector, notable examples include the spare parts printing facilities established between 2015 and 2018 by railway operators Siemens (Austria), Deutsche Bahn (Germany), and CAF (Spain).

According to Russia's additive technology development strategy, approximately 180 new Additive Technology Centers (ATCs) are planned to be established by 2030. These centers will be equipped with similar equipment but with different operating parameters and printing materials; the production volume and product range of each center will be tailored to meet specific client requirements.

Currently, there is no unified ATS in the Russian Railways. Furthermore, standards and requirements for 3D printing materials used in the railway sector, as well as for destructive and non-destructive testing of printed components, have not yet been developed. In addition, there is no methodological framework for calculating the economic impact of introducing 3D printing at enterprises within the Russian Railways.

The paramount objective is to foster collaboration among science, business, culture, and education - serving both to advance international cooperation and to cultivate an innovation mindset in the younger generation. Implementation involves creating a unified institutional environment for the joint development of standards, methods for assessing economic impact, and regulatory frameworks, as well as advancing educational and cultural programs that foster an innovative mindset

Room 6
TED Talks: “The choreographer's thinking: designing the future of global innovation”

In this presentation, Mr. Allen Xing will share his unique journey as an international choreographer to illustrate how a “choreographer’s thinking” serves as a powerful metaphor for building a cross-border, interdisciplinary ecosystem of global innovation - one that drives cultural prosperity and economic growth.

His journey began under the mentorship of the director behind the Beijing Olympics opening ceremony, where Allen witnessed firsthand how cultural innovation can serve as a powerful catalyst for economic transformation. In Shanxi Province, he took part in a groundbreaking dance drama that demonstrated the arts’ ability to revitalize regional economy and reimagine urban identity.

During his master’s program studies in the United States, Allen pioneered the integration of choreography with cutting-edge technology. Collaborating with engineers and programmers, he created innovative performances that combined interactive projections with dynamic lighting design, transforming the stage into a laboratory for interdisciplinary experimentation.

This evolution continued as he moved beyond the role of choreographer to become a creator of a cultural ecosystem. By founding his own dance company, launching educational projects, and organizing international festivals across three countries, Mr. Allen Xing built networks that foster global artistic exchange and helped establish a sustainable cultural infrastructure.

Ultimately, art is born from life and should serve society. Its value, though intangible, is genuinely measurable. For Mr. Allen Xing, creativity encompasses not only the process of transforming an ideal vision into stage reality, but the complete value chain - from nurturing a new generation of dancers to international artistic exchange and theatrical marketing. Each small step leaves a trace of innovation in history.

In Russia, Mr. Allen Xing is currently developing a national contemporary dance system that embodies this comprehensive approach. The choreographer’s thinking - with its focus on visual style, structure, and collaboration - offers a vital blueprint for innovation across all sectors. When art, technology, and business converge, we are able to create solutions that advance both economic development and cultural progress, building a more innovative future for all.

Immersive lecture: "A dialogue between generations on geology in the language of contemporary art"

In recent years, addressing the shortage of engineering professionals, including geologists and mineral deposit developers, has become a top priority for the development of Russia’s extractive industry. According to Russia’s Ministry of Industry and Trade, the industry requires thousands of professionals, particularly in Siberia and the Far East, yet supply fails to keep pace with demand. This shortage of engineers affects the pace of project execution.

Major mining companies are making substantial efforts to attract young talent to the industry, participating in career guidance for school students and collaborating with specialized colleges and universities. The current approach focuses on engaging younger generation in practical activities from the early stages of their education, and on demonstrating that engineering is both a technical and an intellectual pursuit.

This session aims to reframe the dialogue with the younger generation (Gen Z) about career choices by speaking their language - unlocking the creative, interdisciplinary, and international potential of a career in geology. Today it is important to draw the attention of future professionals to socially significant challenges. Therefore, the art project exhibition Russia: The Power of Natural Resources aims to display the country’s natural wealth and illustrate how a geologist’s work is deeply connected with exploring and preserving natural heritage.

The key object of this project is to enhance the prestige of the profession by presenting it from an unexpected perspective. We are convinced that it is crucial to find common ground with the career expectations of young people, demonstrating how this rigorous technical discipline integrates science, art, and history, while also inspiring participants to perceive the cause-and-effect relationships that shape the world around them.

Geology is not only about the subsoils, but also about cultural codes, aesthetics, and global interconnections. The project goes beyond the discussion of Russia's mineral wealth, embracing the aesthetic and geographical diversity of BRICS partner nations. This will highlight the importance of finding common ground and mutual understanding beyond cultural differences, broadening the way the geologist is perceived. Through the synthesis of art and science, we demonstrate the uniqueness and grandeur of Russia and its international partners, creating a vision of a unified, powerful space for the development and professional fulfillment of young professionals.

Room 5

ARTxAGRO Animation Projects Pitch Session

The ARTxAGRO Pitch Session continues a series of events founded on the concept that “animation is a language that can be used to reconceptualize entire sectors of the agricultural industry - from education and science to actual production”.

During the pitch session, participants present fully developed concepts of animation projects. These concepts are built upon a strong core idea, and feature fully developed visual and thematic worlds, a central conflict, and an artistic goal. The central idea behind each project is that agro-industrial complex is the technology and science of the future - it’s about nature and food security, caring for the planet and ecology, as well as technological progress in agriculture that redefines the aesthetics and perception of core life values.

Room 7
Discussion session: "Domestic innovations in the international dialogue on natural resources. Global reserve converter"

The subsoil resources management, as the primary supplier of raw materials, lies at the heart за all technological production chains. At the same time, harmonizing approaches to resource valuation and classification is gaining ever greater importance worldwide. Russia and China, both possessing extensive resource bases, are actively advancing their own scientific and technological solutions in this field. Joint initiatives in this area can help build greater trust, expand investment cooperation, and foster a more transparent framework for international collaboration.

Practical tools, such as the global reserves converter, enable the alignment of national and international standards, making it easier to prepare reports and ensuring that projects are clearly understood by partners across different countries. Such developments can form part of a broader collaboration platform that encompasses scientific cooperation, educational programs, and joint research projects.

During the panel discussion, we aim to address the following key questions: how can domestic digital solutions facilitate the development of joint international projects? can the integration of national classifications serve as a foundation for broader scientific and educational cooperation? what barriers hinder the adoption of technologies in international practices, and how can they be overcome? is it possible to expand the dialogue beyond the oil and gas sector, for instance to include solid minerals or water resources?

What is the core concept behind the global reserves converter? What practical evidence exists today to demonstrate the comparability of various national and international approaches to mineral resource estimation? In what ways does the advancement of innovative technologies strengthen national sovereignty and enhance the efficiency of soil management? What are the unique challenges of modeling the Earth’s magnetic field, and why is such a model essential for practical tasks of subsoil resources management? Why is it important to foster dialogue between Russia and China in the field of subsoil resources management