中新网北京4月20日电 (记者 孙自法)中国科学院国家天文台传来重大科研进展，其星系巡天宇宙学科研团组与全球顶尖的天文学家团队历经多年的紧密合作，成功研发出一种创新的宇宙学信息提取策略。这一新方法能够从星系间的两点关联函数中高效地解析出多点关联函数，为宇宙学研究开辟了全新的视角。
据国家天文台介绍，这一突破性成果标志着天文学家在理解和解析宇宙结构方面取得了重要突破。传统的星系关联研究主要依赖于两点关联函数，而新方法的提出，意味着科学家能够更深入、更全面地理解星系间的复杂相互作用和宇宙的大尺度结构。
科研团队表示，新方法的应用将有助于提升宇宙学模型的精度，为探索暗物质、暗能量以及宇宙的演化历史提供关键的数据支持。此外，这一创新技术也有望推动天文学领域的国际合作，促进全球科学家共享数据，共同揭示宇宙的奥秘。
这一研究成果已引起国际天文学界的广泛关注，被认为是对宇宙学研究方法的一次革新。未来，中外科学家将继续深化合作，利用这一新途径挖掘更多宇宙学信息，共同推进人类对宇宙本质的认知边界。
英语如下：
**News Title:** “International and Chinese Astronomers Unveil Cosmic Mysteries Together: Innovative Approach Boosts Information Extraction Efficiency”
**Keywords:** Astronomical collaboration, new information avenues, galaxy studies
**News Content:**
**Beijing, April 20 (Xinhua) –** (Reporter Zhang Zifa) A major scientific breakthrough has been reported from the National Astronomical Observatories of the Chinese Academy of Sciences (NAOC), where their Galaxy Survey Cosmology Research Group, in close collaboration with top global astronomy teams, has successfully developed an innovative strategy for extracting cosmological information. This new method efficiently deciphers multi-point correlation functions from the two-point correlation function of galaxies, opening a novel perspective in the study of cosmology.
According to the NAOC, this breakthrough signifies a significant advance in astronomers’ understanding and deciphering of the universe’s structure. Traditionally, galaxy correlation studies relied primarily on the two-point correlation function; however, this new approach enables scientists to gain a deeper and more comprehensive insight into the intricate interactions between galaxies and the large-scale structure of the universe.
The research team asserts that the application of this method will enhance the precision of cosmological models, providing crucial data support for the exploration of dark matter, dark energy, and the evolutionary history of the universe. Furthermore, this innovative technique is anticipated to foster international collaboration in astronomy, promoting data sharing among global scientists as they collectively unravel the universe’s secrets.
This research achievement has attracted widespread attention in the international astronomical community, being hailed as a revolutionary advancement in cosmological research methodologies. In the future, scientists from China and abroad will continue to deepen their cooperation, utilizing this new approach to uncover more cosmological information, collectively pushing the boundaries of human understanding of the universe’s essence.
【来源】http://www.chinanews.com/gj/2024/04-20/10202669.shtml
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