The Snapdragon Prize 2025 has been awarded to Song Lin, Tisch University Professor of chemistry and chemical biology at Cornell University. Cambrex and Snapdragon Chemistry announced the honor, which includes a $50,000 unrestricted fund to support the Lin Lab’s research.
The Snapdragon Prize 2025 recognizes Professor Lin’s pioneering contributions to electrosynthetic chemistry. His work has expanded the use of electrochemistry in pharmaceutical development and manufacturing. As a result, his research continues to influence sustainable innovation in complex small molecule synthesis.
Advancing Electrosynthetic Chemistry
Professor Lin leads research focused on organic chemistry, electrosynthesis, catalysis, and technology development. In particular, his laboratory develops sustainable electrochemical methods for synthesizing complex organic molecules.
Moreover, his advancements in producing chiral compounds have strengthened pharmaceutical innovation. These compounds play a critical role in modern drug discovery and development. Consequently, his techniques improve both efficiency and environmental responsibility in chemical manufacturing.
According to Cambrex leadership, the Snapdragon Prize 2025 highlights research that shapes the future of pharmaceutical science. The award reinforces Cambrex’s commitment to supporting transformative technologies in drug development.
Recognizing Scientific Excellence
Professor Lin has received multiple prestigious honors. He was named a 2025 Blavatnik National Awards finalist and a 2025 Highly Cited Researcher by Clarivate. Additionally, he received the 2023 Arthur C. Cope Scholar Award and the 2022 Green Chemistry Challenge Award.
These recognitions demonstrate his sustained leadership in synthetic chemistry and green innovation. Furthermore, they underscore the growing importance of electrosynthesis in pharmaceutical manufacturing.
About the Snapdragon Prize
Established in 2024 by Snapdragon Chemistry, the Snapdragon Prize honors one leading academic researcher each year. The award focuses on synthetic chemistry or engineering with strong potential to impact pharmaceutical discovery and manufacturing.
Previously, the prize recognized Todd Hyster of Princeton University. Through this initiative, Cambrex supports breakthrough research in complex small molecule development.
Overall, the Snapdragon Prize 2025 not only celebrates Professor Lin’s groundbreaking work but also highlights the growing role of sustainable electrochemical technologies in shaping the future of pharmaceutical manufacturing.
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