上海AI实验室开源科学大模型“浦科化学”，助力科学研究
1月26日，上海人工智能实验室（上海AI实验室）开源发布了首个科学大模型“浦科化学”（ChemLLM），探索大模型在科学研究领域的应用。
浦科化学基于上海AI实验室自主研发的书生·浦语2.0基座模型，通过注入海量化学专业数据，使大模型具备了理解和处理化学相关专业任务的知识和能力。
上海AI实验室表示，浦科化学的发布拓展了大模型助力科学研究的探索路径。该模型在化学领域的应用前景广泛，包括药物发现、材料设计、化学反应预测等。
浦科化学现已开源，并提供免费商用。研究人员和开发者可通过上海AI实验室官网获取模型和相关文档。
上海AI实验室指出，浦科化学的开源发布将促进科学大模型在化学领域的研究和应用，为化学研究提供新的工具和方法。
浦科化学的开源发布受到学术界和产业界的广泛关注。中国科学院院士、上海交通大学医学院院长陈赛娟表示，浦科化学的发布将推动人工智能与化学的深度融合，为药物研发和疾病治疗带来新的机遇。
业内人士认为，浦科化学的开源发布将加速科学大模型在化学领域的应用，为化学研究和产业发展带来变革性的影响。
英语如下：
**Headline: AI Large Model Empowers Chemical Research, Shanghai AI Lab Open-Sources “ChemLLM”**
**Keywords: Large Model, Science, Open Source**
**News Content:**
Shanghai AI Lab has open-sourcedits first scientific large model, “ChemLLM,” to explore the application of large models in scientific research.
Released on January 26, ChemLLM is based on Shanghai AI Lab’s self-developed ShuSheng·PuYu 2.0 foundational model, which has been infused with massive amountsof chemistry-related data, enabling the large model to acquire the knowledge and capabilities to understand and handle professional chemistry-related tasks.
According to Shanghai AI Lab, the release of ChemLLM expands the path of exploration for large models empowering scientific research. The model has broad application prospects in the field of chemistry, including drug discovery, material design, and chemical reaction prediction.
ChemLLM is now open-source and available for free commercial use. Researchers and developers can access the model and related documentation through the Shanghai AI Lab website.
Shanghai AI Lab emphasized that the open-source release of ChemLLM will promote the research andapplication of scientific large models in the field of chemistry, providing new tools and methods for chemical research.
The open-source release of ChemLLM has garnered widespread attention from academia and industry. Chen Saijuan, an academician of the Chinese Academy of Sciences and Dean of the School of Medicine at Shanghai Jiao Tong University, said that the release of ChemLLM will drive the deep integration of artificial intelligence and chemistry, bringing new opportunities for drug development and disease treatment.
Industry insiders believe that the open-source release of ChemLLM will accelerate the application of scientific large models in the field of chemistry, bringing about transformative impacts on chemical research and industrial development.
【来源】https://mp.weixin.qq.com/s/u-i7lQxJzrytipek4a87fw
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