An international team led by Stefanie Komossa from the Max Planck Institute for Radio Astronomy (MPIfR) in Bonn has studied a galaxy that has been shining exceptionally brightly in the radio regime for more than eight years. Although it is only 1.8 billion light-years away from us, the central black hole in the galaxy exhibits properties typical of the early universe. New observations and archival data suggest that, for several years now, more matter has been falling into the black hole, triggering a high-energy particle jet. The discovery enables researchers to better understand the formation of jets and the growth of black holes in the early universe.
Source link
Trending
- Did Lauren Boebert Get Re-Elected? See Results From 2026 Midterm
- Discovering the value of humanistic inquiry | MIT News
- New Mandelson files to be released ‘by Christmas’
- Plans for 12 flats in Torrance withdrawn ahead of revision
- RECAP as police carry out searches connected to ‘right-wing extremism’
- South London criminals jailed in October including ULEZ bomber
- When Does ‘The Hunger Games: Sunrise on the Reaping’ Take Place?
- Food delivery startup Wonder files for IPO as it explores its next big bite

