The latest large-scale Puke chemistry model released by the Shanghai AI Laboratory is based on the powerful Scholar·Puyu 2.0 base model and integrates massive chemical professional data, which significantly improves its ability to understand and process chemical-related information, and at the same time enhances Mathematical subjects and reasoning skills. This breakthrough result marks that my country has made important progress in the field of scientific large-scale models and brings new opportunities to chemical research and related fields.
Shanghai AI Laboratory's latest open source scientific large-scale model Puke Chemistry is based on the powerful capabilities of the Scholar·Puyu 2.0 base model. Through the injection of massive chemistry professional data, it can gain the ability to understand and process chemistry-related data, further strengthening mathematical and physical disciplines and reasoning capabilities. After testing, Pulco Chemistry performed well in multiple tasks, scoring significantly better than other models of the same scale, proving its strong ability to handle chemical knowledge.
PUCCO's chemical model performed well in multiple tests, surpassing similar models, demonstrating its strong strength in processing chemical knowledge and providing a powerful tool for scientific research and education. In the future, with the continuous development of technology, I believe that PUCCO Chemicals will further improve and contribute to the promotion of scientific progress.