Chemical.AI has recently announced a strategic partnership with Nanyang Technological University, Singapore (NTU Singapore) to drive advancements in automation within nanomaterials laboratories. The collaboration entails the development of the first automated research platform tailored for NTU’s nanomaterials studies, encompassing synthesis, functionalization, and measurement processes.
By integrating advanced algorithms and equipment, Chemical.AI offers a comprehensive and intelligent solution for nanomaterial synthesis, experimental procedures, and analysis. As part of the partnership, Chemical.AI will assist NTU in consolidating experimental data, establishing databases containing reaction conditions and results, and creating AI models to optimize synthesis conditions and identify compound ingredients based on optical spectra.
This collaboration is poised to elevate the efficiency and efficacy of nanomaterial research and development by facilitating independent analysis of extensive experimental datasets and introducing intelligence into synthesis and measurement processes. The initiative sets a robust precedent for future investigations and research in the realm of novel materials.
Dr. Ning Xia, CEO of Chemical.AI, expressed enthusiasm about the long-term collaboration with NTU Singapore, highlighting Chemical.AI’s commitment to supporting chemists across disciplines by enhancing laboratory productivity and accuracy. With cutting-edge algorithms and extensive lab experience, Dr. Xia is confident that the platform will revolutionize the discovery and analysis of novel materials.
Chemical.AI’s self-developed AI + automation solution for chemical labs, known as ChemAIoT, serves as the technological backbone for this partnership. Leveraging over a decade of chemical informatics and 60 million chemical big data, ChemAIoT employs proprietary AI algorithms to achieve full-process automation and intelligence in chemical laboratories. The solution addresses real-world chemical lab needs, offering customizable automation solutions and optimized lab module navigations.
Professor Xing Yi Ling from the School of Chemistry, Chemical Engineering, and Biotechnology at NTU Singapore expressed the institution’s commitment to advancing nanomaterial research and development. Embracing digitalization and automation with Chemical.AI technology, Professor Ling emphasized the benefits of AI-empowered syntheses and measurements, providing scientists with more time for creative thinking and paving the way for novel discoveries and expanded applications.
