Summary of Key Highlights
The 2025 Shanghai Science and Technology Awards recognized a total of 206 individuals and teams, including 2 scientific pioneers, 10 outstanding young researchers, as well as winners in various categories such as Natural Sciences (54 awards), Technological Inventions (27 awards), and Scientific and Technological Progress (102 awards). Notable features include:
- An increased proportion of high-level awards in basic research (58%),
- A stronger role for enterprises as drivers of innovation (22.5% of awards),
- A significant presence of young researchers (60% under the age of 45),
- Significant breakthroughs in key core technologies,
- Close integration of research outcomes with practical applications that benefit people’s lives,
- The prominent leadership of strategic scientists, and
- Increased international cooperation.
Detailed Analysis
1. Strengthening Basic Research with International Impact
The number of first prizes in Natural Sciences this year (21) increased from 18 or 16 in the previous two years. Twenty-seven-five of the representative papers were published in top journals like *Cell* and *Nature*, covering 24 research achievements. For example, the work by Wu Shiwei’s team at Fudan University on two-dimensional materials’ nonlinear optics could be applied in optoelectronics and quantum computing; researcher Zeng Yi from the Chinese Academy of Sciences developed methods for culturing breast stem cells and pancreatic islet cells in vitro, which are fundamental for breast cancer diagnosis and diabetes cell therapy. These achievements have been recognized internationally (e.g., Masao Asano’s “ATA reaction” was adopted by 129 research groups) and have established a connection between basic research, application development, and commercialization, indicating that Shanghai’s research is moving from following to leading global trends.
2. Enterprises Take the Lead in Innovation
The proportion of awards led by enterprises rose from 19% in 2024 to 22.5%. For instance, Baowu Special Metallurgy solved challenges in titanium alloy manufacturing, supporting the development of advanced aircraft engines; the C919 project, led by COMAC, involved over 1,000 companies and more than 90 universities, creating a network of 300,000 collaborators and securing 1,250 patents, thus shaping China’s civil aviation industry chain. This shows that enterprises are no longer just users of technology but active organizers of innovation, capable of quickly transforming laboratory findings into market-ready products and driving industrial advancement.
3. Young Researchers Take Center Stage
60% of the award recipients were under 45 years old, with 44% being the primary authors of their projects; 25% of the winners of high-level awards (first prize and above) were also under 45. Young teams made breakthroughs in areas such as satellite communications and semiconductor materials, demonstrating the vitality and innovation potential of the younger generation of researchers.
4. Overcoming Critical Technological Barriers
Eighteen high-level technological invention projects addressed national priorities, with each achievement protected by an average of 54 patents. For example, the research by Wang Hao’s team at Shanghai Jiao Tong University improved the precision of shipbuilding components from 5 mm to 2 mm, increasing efficiency tenfold; the low-orbit satellite communication technology developed by the Micro Satellite Innovation Institute became a “Chinese solution” for global satellite internet applications. These advancements solved critical issues in aviation, aerospace, and maritime industries, supporting major national projects and defense efforts.
5. Practical Benefits for Society
The Scientific and Technological Progress Awards highlighted achievements in three key sectors: integrated circuits, biomedicine, and artificial intelligence. For instance, Hualing Pharmaceutical’s “Daglieaiting tablets,” developed over a decade, are the world’s first new drug for type 2 diabetes targeting an unexplored mechanism, offering patients new treatment options; the success of the C919 aircraft not only provided Chinese citizens with their own large-scale commercial aircraft but also created jobs in related industries. These developments show how technology can improve people’s lives by providing tangible solutions to real-world problems.
Conclusion
The 2025 Shanghai Science and Technology Awards highlight Shanghai’s strength in basic research and the pivotal role of enterprises and young researchers in driving innovation. They demonstrate how science and technology are effectively supporting national strategic goals and improving people’s well-being. Moving forward, these achievements will further enhance Shanghai’s status as a global center for technological innovation, benefiting more individuals through the benefits of scientific progress.