All articles tagged with #radio circles
Astronomers, with the help of citizen scientists, have discovered the most powerful and distant 'odd radio circle' (ORC) to date, featuring a unique double-ring structure that may be shaped by super winds from spiral galaxies, providing new insights into galaxy and black hole co-evolution.
Astronomers have discovered the most powerful and distant odd radio circle, RAD J131346.9+500320, which features two overlapping rings spanning a million light-years, likely caused by black hole activity or galactic mergers. This discovery highlights the importance of human pattern recognition in analyzing vast astronomical data, with citizen scientists playing a key role. Future telescopes like SKA aim to uncover more such structures, deepening our understanding of galaxy evolution.
Astronomers have discovered the most powerful and distant odd radio circle (ORC) ever seen, named RAD J131346.9+500320, which features two overlapping rings and provides new insights into cosmic structures possibly formed by superwinds from active galaxies or black hole events. This discovery, aided by citizen scientists and advanced telescopes, suggests ORCs are more common and complex than previously thought, offering clues about galaxy and black hole evolution.
Astronomers, with citizen scientists, discovered the most powerful and distant odd radio circle (ORC), named J131346.9+500320, featuring two intersecting rings likely formed by black hole winds or shocks, providing insights into galaxy and black hole co-evolution.
Researchers have discovered an extended ionized gas structure spanning over 40 kiloparsecs in the host galaxy of an odd radio circle, providing insights into the nature of these enigmatic radio sources. The findings shed light on the role of galactic winds and active galactic nuclei in shaping the ionized gas environment of galaxies, contributing to our understanding of galaxy evolution and the mechanisms driving radio emissions.