A team from WHU reveals discoveries about black holes | 世界首次！武大团队Nature发文揭秘黑洞新发现

　　The world's leading multidisciplinary science journal, Nature magazine, published a research paper titled "Sub-second periodic radio oscillations in a microquasar" by Professor Wang Wei and his team from the Department of Astronomy, School of Physics and Technology, Wuhan University on July 27. The study delves into the latest findings on black holes by utilizing China's Five-hundred-meter Aperture Spherical Radio Telescope (FAST). Let's explore the details of these groundbreaking revelations!

　　北京时间7月27日凌晨，Nature（《自然》杂志）发表了武汉大学物理科学与技术学院天文学系王伟教授团队关于黑洞的最新研究成果，依靠中国天眼揭秘黑洞脉搏。来了解最新情况吧！

　　论文题目为“Sub-second periodic radio oscillations in a microquasar”（微类星体中的亚秒级周期射电振荡）。

　　This groundbreaking study reports the first-ever observation of sub-millisecond, low-frequency radio quasi-periodic oscillations in microquasars. The findings establish a direct correlation between the quasi-periodic oscillations observed in black hole systems and relativistic jets. The detection of pulsating radio emissions from black holes holds immense importance in advancing our understanding of the origins and dynamics of relativistic radio jets emanating from compact celestial objects. Additionally, it is expected to pave the way for new opportunities in both observational and theoretical studies of black hole radio emissions.

　　该成果是在世界上首次观测到微类星体中亚秒级的低频射电准周期振荡的现象，并揭示黑洞系统的该准周期振荡现象与相对论性喷流直接相关。此次黑洞射电辐射脉搏的发现，对于揭示致密天体相对论性射电喷流的起源与动力学过程具有重要科学意义，将打开黑洞射电观测和理论研究的新思路。

　　（Edited by Wu Jie）