理解市场 | 晶泰控股-P 高开逾 5% 与微软中国宣布战略合作 探索 AI 等前沿技术的创新应用
XTALPI-P opened more than 5% higher, and as of the time of writing, it rose 5.08% to HKD 4.14, with a transaction volume of HKD 4.3801 million. In terms of news, XTALPI announced a strategic cooperation memorandum with Microsoft China, aiming to leverage cutting-edge technologies such as AI, large models, and robotics laboratories for collaboration, and actively explore innovative applications of these technologies in the fields of biomedicine and materials science, creating a new chapter in scientific research, education, and innovative applications. In this cooperation, XTALPI will utilize its expertise in the AI for Science R&D platform and the extensive multimodal datasets accumulated in its robotics laboratory, combined with Microsoft's large language model (LLM) capabilities, including Azure OpenAI and its high-performance cloud computing platform, to explore vertical large models in the fields of new drug or new material development and conduct case development in the field of new material design, empowering the sustainable, environmentally friendly, and energy-efficient R&D of new materials
According to Zhitong Finance APP, XTALPI-P (02228) opened more than 5% higher, and as of the time of writing, it has risen by 5.08%, trading at HKD 4.14, with a transaction volume of HKD 4.3801 million.
In terms of news, XTALPI announced a strategic cooperation memorandum with Microsoft China, aiming to leverage cutting-edge technologies such as AI, large models, and robotics laboratories for collaboration, and actively explore the innovative applications of these technologies in the fields of biomedicine and materials science, creating a new chapter in scientific research, education, and innovative applications.
In this cooperation, XTALPI will utilize its expertise in the AI for Science R&D platform and the extensive multimodal datasets accumulated in its robotics laboratory, combined with Microsoft's large language model (LLM) capabilities, including Azure OpenAI and its high-performance cloud computing platform, to explore vertical large models in the fields of new drug or new material development and conduct case development in the field of new material design, empowering the sustainable, environmentally friendly, and energy-efficient R&D of new materials
