中国科学院国家天文台在科研创新的道路上再迈重要一步，近日发布了全新一代的人工智能天文大模型——“星语3.0”。这款模型的诞生，标志着我国在天文学研究与人工智能融合领域取得了重大进展。据扬子晚报报道，“星语3.0”是基于阿里云通义千问的开源模型精心研发，旨在通过智能技术提升天文观测和数据分析的效率与精度。
“星语3.0”的一大亮点在于其成功接入了国家天文台位于兴隆观测站的Mini“司天”望远镜阵列。这一创新性的结合使得人工智能能够实时处理和解析海量的天文观测数据，帮助科学家们更快地识别和理解宇宙中的各种现象，从而推动天文学研究的边界不断向前。
借助“星语3.0”的强大计算和学习能力，Mini“司天”望远镜阵列的数据处理能力得到了显著提升，有望在黑洞探索、星系形成、宇宙背景辐射等领域取得突破性发现。这一合作模式不仅提升了我国天文研究的国际竞争力，也为全球天文科学的发展树立了新的标杆。
国家天文台表示，未来将继续探索人工智能在天文学中的应用，以期通过科技的力量，揭开更多宇宙的神秘面纱，推动人类对浩渺星空的理解进入全新的时代。
英语如下：
**News Title:** “NAOCS Launches ‘Stargazer 3.0’: A New Era for Telescope Arrays Driven by Artificial Intelligence”
**Keywords:** Stargazer 3.0, Astronomical Big Model, Telescope Array
**News Content:**
The National Astronomical Observatories of the Chinese Academy of Sciences (NAOCS) has taken another significant stride in scientific innovation with the recent unveiling of the cutting-edge artificial intelligence-driven astronomical model, “Stargazer 3.0.” This development signifies a major advancement in the integration of AI in astronomical research in China. As reported by Yangzi Evening News, “Stargazer 3.0” is meticulously developed based on the open-source model Qwen from Alibaba Cloud, aimed at enhancing the efficiency and accuracy of astronomical observations and data analysis through intelligent technology.
One standout feature of “Stargazer 3.0” is its successful integration with the Mini “Sihai” Telescope Array located at the Xinglong Observatory of the NAOCS. This innovative fusion allows AI to process and interpret massive amounts of astronomical data in real-time, enabling scientists to more swiftly identify and comprehend various cosmic phenomena, thus propelling the boundaries of astronomical research forward.
Capitalizing on “Stargazer 3.0’s” robust computational and learning capabilities, the data processing capacity of the Mini “Sihai” Telescope Array has significantly improved. It is anticipated to make breakthrough discoveries in areas such as black hole exploration, galaxy formation, and cosmic microwave background radiation. This collaborative model not only enhances China’s international competitiveness in astronomical research but also sets a new benchmark for global astronomical science.
NAOCS has stated its intention to continue exploring the application of AI in astronomy, endeavoring to unravel more of the universe’s mysteries through technological prowess and usher humanity’s understanding of the vast cosmos into a new era.
【来源】https://www.yangtse.com/zncontent/3692085.html
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