中国科学院国家天文台在人工智能领域的探索再创新高，近日宣布发布了新一代的天文大模型——“星语3.0”。这款先进的人工智能工具基于阿里云通义千问的开源模型构建，旨在提升天文数据处理和分析的效率与精度，推动天文学研究的进步。
“星语3.0”不仅展现了中国在科研与技术创新上的深度融合，更标志着我国天文观测技术迈向智能化的新阶段。目前，该模型已成功接入位于国家天文台兴隆观测站的Mini“司天”望远镜阵列，这一举措预示着我国的天文观测能力将得到显著提升。
通过“星语3.0”，科研人员能够快速处理海量的天文数据，对宇宙的奥秘进行更深入的探索。望远镜阵列与人工智能的结合，将使得数据解析更快速、更准确，有望在黑洞研究、星系形成、宇宙背景辐射等领域取得重要发现。
此次“星语3.0”的发布，不仅是国家天文台在科研技术上的重要里程碑，也是中国在人工智能应用于天文学研究方面的一次重大突破。这一创新性的合作模式，有望引领全球天文研究进入一个全新的智能时代，进一步提升我国在全球天文科研领域的影响力。
来源：扬子晚报
英语如下：
**News Title:** “National Astronomical Observatories Launch ‘Stella 3.0,’ AI-Powered Telescope Array Explores the Universe”
**Keywords:** Astronomical large model, Stella 3.0, Telescope array
**News Content:**
The National Astronomical Observatories of the Chinese Academy of Sciences (NAOC) have raised the bar in their pursuit of artificial intelligence (AI) advancements, recently announcing the release of their new-generation astronomical large model, “Stella 3.0.” This advanced AI tool, built on Alibaba Cloud’s Qwen open-source model, aims to enhance the efficiency and precision of astronomical data processing and analysis, propelling advancements in astrophysics research.
“Stella 3.0” not only demonstrates the seamless integration of scientific research and technological innovation in China but also signals a new era of智能化 in the country’s astronomical observation capabilities. The model has already been successfully integrated with the Mini “Shi Tian” Telescope Array at the Xinglong Observatory, NAOC, paving the way for a significant boost in China’s astronomical observation capacity.
With “Stella 3.0,” researchers can swiftly process enormous amounts of astronomical data, enabling deeper explorations into the mysteries of the universe. The combination of telescope arrays and AI promises faster and more accurate data interpretation, potentially leading to groundbreaking discoveries in areas such as black hole research, galaxy formation, and cosmic microwave background radiation.
The launch of “Stella 3.0” constitutes a significant milestone in the NAOC’s scientific and technological endeavors and represents a major breakthrough in China’s application of AI to astrophysics research. This innovative collaboration model has the potential to usher in a new era of intelligent astronomy globally, further enhancing China’s influence in the international astronomical research community.
**Source:** Yangzi Evening News
【来源】https://www.yangtse.com/zncontent/3692085.html
Views: 6