• Home
  • About XAO
    • Brief Introduction
    • Directors
    • Organization
  • Research
    • Research FIELDS
    • Observation Stations
    • Facilities
    • Laboratories
    • Annual Reports
  • Scientist
    • Professors
    • Associate Professors
  • Cooperation
  • Education
    • Graduate Education
    • Post-Doctor Fellow
    • Supervisors
  • QTT Project
    • About QTT
    • Events
  • Join Us
  • Research News
  • 中
  • Home
  • About XAO
    • Brief Introduction
    • Directors
    • Organization
  • Research
    • Research FIELDS
    • Observation Stations
    • Facilities
    • Laboratories
    • Annual Reports
  • Scientist
    • Professors
    • Associate Professors
  • Cooperation
  • Education
    • Graduate Education
    • Post-Doctor Fellow
    • Supervisors
  • QTT Project
    • About QTT
    • Events
  • Join Us
  • HomeResearch News
  • Research News
    • Apr 24, 2026
      Observational Evidence of Bidirectional Solar Jets Driven by Magnetic Reconnection
      Using sub-arcsecond high-resolution observations from the Goode Solar Telescope (GST) and the Solar Dynamics Observatory (SDO) , researchers reveal the process of lower-atmosphere magnetic reconnection driving bidirectional plasma jets a...Magnetic reconnection is the core physical process of energy release in the solar atmosphere, triggering and driving various scales of solar eruptive activities, including flares, coronal mass ejections (CMEs), and different types of jet...
    • Apr 24, 2026
      A Young Pulsar in the Galactic Halo: Clues to Its Origin and Scintillation
      The researchers challenging the long-held view that pulsars are predominantly born in the disk. By precisely measuring its motion across the sky and analyzing the “scintillation” of its radio signal, researchers find that this object m...A young pulsar located far from the Galactic disk, in the Galactic halo, is challenging the long-held view that pulsars are predominantly born in the disk. By precisely measuring its motion across the sky and analyzing the “scintillatio...
    • Apr 20, 2026
      Tracking activities of the Universe’s Most Energetic Galaxies with Urumqi NanShan 26 m Radio Telescope
      Researchers have unveiled long-term radio data from some of the universe’s most extreme galaxies: gamma-ray-loud active galactic nuclei (AGNs). A research team led by Prof. CUI Lang at the Galaxy and Cosmology Group of Xinjiang Astronomical Observatory (XAO), Chinese Academy of Sciences (CAS)—including Krishna Mohana A, WANG Xin, CHANG Ning , TAN Guiping , and LIU Xiang—has un...
    • Apr 13, 2026
      Research Ucovers Long-Term Pulsation Evolution in the δ Scuti Variable Star KIC 8712760
      The researchers conducted a long-term observational study on the δ Scuti variable star KIC 8712760. Their work revealed a significant evolution of the star's pulsation amplitude over time. Stars are not eternally quiet and unchanging celestial bodies; some stars periodically brighten and dim. Astronomers refer to this phenomenon as stellar pulsation. Studying these pulsations is like performing an "ultrasound examination" ...
    • Apr 13, 2026
      Researchers Revreal Magnetic Activity in Binary Stars
      Researchers made new progress in understanding an intriguing phenomenon in eclipsing binary stars – the O’Connell effect.A master's student at the Optical Astronomy and Technology Application Research Division of the Xinjiang Astronomical Observatory, Chinese Academy of Sciences, Zhou Jiawen, under the supervision of Pro. LIU Jinzhong, has made new progres...
    • Apr 08, 2026
      How do the ultra-long period radio pulsars differ from normal pulsars?
      The resaerchers investigate the emission properties in 10 ULRa-TPs against that of 100 FAST normal pulsars based on their emission geometry and several emission correlations well-known to radio pulsars.We ask the question: To what extent do ultra‑long period radio pulsars and transients (ULRa-TPs) differ from conventional radio pulsars? It is apparent that they rotate very slowly, but do they also behave differently in the emission ph...
    12345Last
    View More
    Copyright © Xinjiang Astronomical Observatory,新ICP备2025020307号,
    Address:150, Science 1-Street, Urumqi, Xinjiang 830011, China
    Tel:0991-3689373Fax:0991-3838628