Programme architecture of the Young Scientists Congress
The Energy of Science: From the Potential of Knowledge to Creating the Future
MAJOR CHALLENGES: THE IMPETUS OF THE DEVELOPMENT
- The 80th Anniversary of the Nuclear Industry: Pride. Inspiration. Dreams
- The Atom Should Be Working Not Fighting
- From Russia’s First Nuclear Power Plant to Global Technological Leader
- Outer Space as a National Idea and Driver of Russia’s Development: Outlook and Expectations
- Science and Education in Space
- The Present and Future of the Energy Sector
- Agrotech Breakthrough: Transforming Russian Agribusiness with Technology and Innovation
- From Chemical Science to Chemical Engineering: Making Money while Solving Problems of National Importance
- Science Battles: Chemists 1.0
- Technological Leadership: The Foundation for the Sustainable Development of the Agricultural Sector
- Promising Research Trends in Aircraft Manufacturing
- Pharmaceutics of the Future: From the Advanced Science to Technological Leadership
- Scientific Basis of Russia’s Climate Policy: The Role of the National Monitoring System
- Discovering the Future: Gene and Cell Technologies in Biomedicine
- Bioprinting of Organ and Tissue Equivalents: Cooperation between Science and Business
- Molecular Biological Research Methods and Biotechnologie
- DNA Through the Ages: The Past and Future of Paleogenetics
- Critical Biotech Technologies: What Russia Needs to Create its Own World-Class Solutions
- Childhood Nutrition and Health Food: Steps on the Path to Active Longevity
- Formula of Beauty: A Breakthrough in Russian Perfumery and Cosmetics Science
- Ocean Tech in Russia: From Resources to Technological Leadership in the World Ocean
- Leaving the Neolithic. Agronetics: The Next Era of Agriculture
- The Humanization of Animals: Trends in Biopharmaceutical Testing
- Artificial Intelligence: A Future Full of Potential or a Threat to Humanity?
- AI Journey: A Trip into the World of Artificial Intelligence
- Transformative Achievements in AI: How the Future of Science, Research, and Education Will Take Shape
- The Future of Transport: High-Speed Interdisciplinary Challenges
- Future of the Critical Information Infrastructure: Research and Cooperation
- Artificial Intelligence as a Tool for Scientists
- Development of Rehabilitation Technologies: Challenges and Opportunities
- Development of the Phygital Movement in Higher Education Institutions
- Where Does Childhood Lead? To Interdisciplinary Research and Effective Educational Solutions
- Integration of Social Sciences, the Humanities, and the Natural Sciences: Genetics–History–Archaeology
- Horizons of Humanity: How Science Is Changing the Limits of What’s Possible
- The Social and Humanitarian Foundation of Thought and Skill in Technical Universities
- Social Architecture 4.0: People and Society in the Age of Technology
- From Strategy to Real Life: Integrating Breakthrough Technological Solutions into the Transport System
- The Soviet Past of Russian Science: Projections in History and Culture
DECADE OF SCIENCE AND TECHNOLOGY INITIATIVES: ENERGY OF GENERATIONS
- Scientists and Teachers: How to Build a Path to Each Other
- Research Adviser – A Boss, Coach, or Educator?
- Governors Driving Regional Scientific Development
- Faster. Higher. Smarter. The Science of Advanced Achievements
- Games as a Tool for Engineering Creativity: From the Digital World to Real-World Technologies
- From Building Toys to Video Games: Prospects for Creating Games about Scientists
- Designing the Future: From Scientific Projects to Visual Images
- Sketches of the Future: How Scientists, Creative Industries, and Society View Progress
- Adapting Scientists’ Stories for Films and TV Series
- Years of Science and Technology: The Stories of Five Scientists Who Attended Young Scientists Congresses in Recent Years
- Popularization of Science. Where is the Result?How to Popularize Math and Physics
- Good Fortune in Science: How Do Accidents Lead to Breakthroughs?
- Initiatives of the Decade of Science and Technology for Children: From Technical Creativity in Supplemental Education to Involving Children in Scientific Research
- How Business is Pushing Science Forward and Why
- Science, Industry, and the Media: Three Facets of a Single Task
- From Grants to Projects (and Back): Secrets of Successful Popular Science Initiatives
- How Scientific Volunteering Helped My Research
- What Do Producers Think about Science and Beyond?
- 12 Angry Science Viewers: Judging Popular Science Content
- Invest Now: Science as a Key Asset for Business
- Dialogue of Reason and Faith
- Environmental Education Programme for Technological Leadership
- Investing in the Future: How Industrial Partners Support Student Research Societies
- Preserving and Strengthening Traditional Spiritual and Moral Values: Scholarly Understanding and State Policy
- Science for All
- Passing the Torch: A Dialogue among Award Winners about the Future of Pedagogical Science
- Innovation Landscape: How to Grow Successful Startups from Research Teams
FUTURE POTENTIAL: PERSONNEL, TOOLS, AND INFRASTRUCTURE
- Golden Brains: How to Attract Young People to Science and Keep Them There
- Unified State List of Scientific Publications: The Foundation of Russian Scientometrics
- The Russian Academy of Sciences: Navigating the Training of Personnel for Technological Leadership
- Donbass and Novorossiya: Partnering for Progress
- Next-Generation Engineers: The Role of Advanced Engineering Schools in Industrial Development
- Scientific and Demographic Potential of Student Families: The Foundation of the Country’s Future
- Industry Communities: What Unites Professionals
- Strategic Partnerships and Competition between University and Academic Research: How and Where Can Young Scientists Realize Their Potential?
- The Regions as Regular Customers: Trajectory of the Scientific and Technological Development of Russia’s Regions
- Talent Management at Universities: Self-Development Opportunities for Young Scientists
- Digital Transformation of Science and Higher Education: What’s a Comfortable Digital Environment for the Professional Community?
- School Education: From Tutor to Scientist
- The Floating University Ecosystem: From Schoolchildren to PhDs
- Different Ways to Evaluate the Performance of Scientific Organizations
- Artificial Intelligence Serving the State: Science, Technology, and Trust
- The Future in Code: Domestic Software in Engineering Education
- The Student Design Bureau as a Springboard for National Technological Sovereignty
- Growing in Russia: Architecture for Developing Human Capital at the Local Level
- Postgraduate Studies with an Industrial or Manufacturing Focus? A New Concept for Training Skilled Professionals
- Research Design: How Scientific Methods Help Create the Products of the Future
- Intellectual Resources for Technological Leadership: A Modern Scientific and Technical Library for Scientists
- Dialogue of Leaders: Best Practices in Training Medical Personnel
- On-the-Job Postgraduate Studies: Personnel for Technological Leadership
INTERACTION FIELDS: INTERNATIONAL COOPERATION
- Open International Meeting of the Expert Council on Scientific Support for the Development of Carbon Balance Control Technologies under the Ministry of Science and Higher Education of the Russian Federation
- Global Competitiveness of Science: How to Stay Ahead of the Times
- The World in 2050: How Do You Like the Future So Far?
- The Legacy of the IPPNW: From Confrontation to Cooperation. The Role of Science Diplomacy in Building a Nuclear Threat-Free World
- The Knowledge Economy: Why Are International Students Choosing to Study in Russia?
- Ten Years of the Paris Agreement: Key Outcomes of the 30th Session of the Conference of the Parties to the UN Framework Convention on Climate Change
- Russia–Africa: Opportunities for Applied Scientific Projects
- Orbit of Friendship: Space as a Platform for International Cooperation
- Lingua Franca 2.0: Russian as the Language of Science, Technology, and International Cooperation
SCIENCE INSPIRES: LECTURES BY LEADING SCIENTISTS
- Laureates of the State Prize of the Russian Federation in the field of science and technology, among others
FEEDBACK
- Top officials, CEOs, and the heads of leading scientific and educational organizations
BRICS SOCIAL SCIENCES AND HUMANITIES RESEARCH FORUM
SSHR in BRICS Countries in the Digitalization Era:
- Social and Humanitarian Research in the BRICS Countries: Landscape
- Digital Technologies in Social and Humanitarian Research
- Society and Human Capital in the Era of Digital Transformation
- Horizon of BRICS Cooperation in Social Science and Humanities
Scientometrics and R&D Assessment:
- Potential of BRICS Countries’ Joint Approach
- Role of Social and Humanitarian Research in Shaping BRICS Countries' STI Policies
- Measuring Science and Technology Performance in BRICS Nations
- BRICS Publishing: Multilingual Science and Strategies for its Distribution
- Integrating BRICS Science Information Space