Astronomers discovered a black hole growing at an unprecedented rate in the early Universe. The finding, announced January 24, 2026, challenges existing astrophysical theories. Researchers from Waseda University and Tohoku University led the international team.
The quasar, observed using the Subaru Telescope, is consuming matter 13 times faster than the theoretical limit. This rapid growth is accompanied by intense X-ray emissions and a powerful radio jet. Scientists believe they may be witnessing a short-lived, unstable phase of black hole development.
This discovery forces a re-evaluation of black hole formation models. The unexpected combination of features suggests current understanding is incomplete. Further research is crucial to understand these extreme cosmic phenomena.
Quasars are extremely luminous active galactic nuclei powered by supermassive black holes. They are valuable probes of the early Universe. Studying their behavior provides insights into galaxy evolution.
The team plans further observations to monitor the quasar's evolution. They aim to refine models of black hole growth and its impact on the surrounding environment. This research could unlock new insights into the Universe's formative years.
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