**中国科学院国家天文台发布重大突破：天文大模型“星语3.0”成功接入望远镜阵列**
近日，中国科学院国家天文台人工智能工作组宣布推出新一代天文大模型——“星语3.0”。这一重大突破在天文科技领域引起广泛关注。据悉，“星语3.0”是基于阿里云通义千问开源模型研发而成，其强大的人工智能处理能力将对天文学研究产生深远影响。
该大模型的成功研发，标志着我国在天文与人工智能交叉领域取得了重要进展。“星语3.0”目前已成功接入国家天文台兴隆观测站的望远镜阵列——Mini“司天”，实现了天文数据与人工智能的紧密结合。这一创新不仅提升了观测效率，也为科研人员提供了更为精准的数据分析工具。
专家表示，“星语3.0”的推出将极大促进天文数据的处理与分析，有助于解决一些长期困扰科研人员的难题。同时，该大模型的开源性质也将推动国内外科研机构在天文领域的合作与交流。未来，“星语3.0”有望在全球天文研究中发挥重要作用，推动天文学科的进一步发展。
此消息来源于扬子晚报，随着更多细节和应用的披露，业界对“星语3.0”的期待越来越高。
英语如下：
News Title: “Starry 3.0 Model Integrated with Telescope Array: Ushering a New Era of Intelligent Astronomy”
Keywords: News keywords as follows:
News Content: **Major Breakthrough by the National Astronomical Observatory of China: The “Starry 3.0” Astronomical Model Successfully Integrated with the Telescope Array**
Recently, the Artificial Intelligence working group of the National Astronomical Observatory of China, part of the Chinese Academy of Sciences, announced the launch of a new generation astronomical model, “Starry 3.0.” This significant breakthrough has attracted widespread attention in the field of astronomical technology. It is reported that “Starry 3.0” is developed based on Alibaba Cloud’s Tongyiwangzhi open-source model, and its powerful artificial intelligence processing capabilities will have a profound impact on astronomy research.
The successful development of this model signifies China’s important advancements in the intersection of astronomy and artificial intelligence. “Starry 3.0” has been successfully integrated with the telescope array of the Xinglong Observatory Station of the National Astronomical Observatory—Mini “Sitian,” achieving a tight integration of astronomical data with artificial intelligence. This innovation not only improves observation efficiency but also provides researchers with more precise data analysis tools.
Experts indicate that the launch of “Starry 3.0” will greatly promote the processing and analysis of astronomical data and help solve some long-term problems for researchers. At the same time, the open-source nature of this model will promote cooperation and exchange between domestic and international research institutions in the field of astronomy. In the future, “Starry 3.0” is expected to play an important role in global astronomical research and promote the further development of astronomy.
This news comes from Yangzi Evening News, and as more details and applications are disclosed, industry expectations for “Starry 3.0” are growing.
【来源】https://www.yangtse.com/zncontent/3692085.html
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