"Challenging Established Theories: Spectral Energy and Supermassive Black Holes in Quasars"

TL;DR Summary
Scientists studying the radiation produced by supermassive black holes in quasars have found that the spectral energy distribution is not influenced by a quasar's intrinsic brightness, challenging established beliefs. This discovery challenges the standard accretion disk theory and highlights the potential role of accretion disk winds. The study also reveals a departure from the predictions of the classical accretion disk theory, providing support for models that incorporate widespread accretion disk winds. This research has implications for understanding supermassive black hole accretion physics and other related phenomena.
Topics:science#accretion-disk-theory#accretion-disk-winds#astronomy#black-holes#quasars#spectral-energy-distribution
- From Quasars to Black Holes: Spectral Energy Puts Established Theories in Question SciTechDaily
- A universal average spectral energy distribution for quasars from the optical to the extreme ultraviolet Nature.com
- Researchers revolutionize understanding of supermassive black hole accretion radiation in quasars Phys.org
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