James Webb Space Telescope discovers how black holes feed themselves
New observations from the James Webb Space Telescope reveal complex gas recycling processes that fuel supermassive black holes.
The story so far
The James Webb Space Telescope (JWST) has observed a river of cool gas flowing into an 800-light-year disk at 600 kilometers per second to feed the supermassive black hole within NGC 4696. Coverage from outlets including Space, NASA, and ZME Science indicates that this mechanism involves magnetic gas rivers and internal fuel recycling.
Reports from Tech Times, Space Daily, and Hindustan Times highlight that JWST data also identified a metal-poor, primitive dwarf galaxy producing iron and silicon-carbide dust earlier than previously established models suggested. Scientific analysis associated with the Inter-University Centre for Astronomy and Astrophysics (IUCAA) and UK-based researchers is credited with helping interpret these observations.
Future updates will likely focus on whether these gas-recycling processes are consistent across other supermassive black holes in the early universe. Coverage does not yet specify how these findings will impact existing cosmological models regarding the rate of galactic evolution.
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The obvious questions
What specific black hole behavior did the telescope capture?
The telescope mapped a gas pipeline where cool gas flows into an 800-light-year disk to fuel a supermassive black hole, involving a recycling process.
What was discovered about early galaxies?
JWST identified a metal-poor dwarf galaxy capable of producing iron and silicon-carbide dust, which contradicts previous expectations for early-universe galaxies.
How far away is the observed galaxy NGC 4696?
The galaxy NGC 4696 is located 145 million light-years away.
Coverage (17)
- JWST Catches Metal-Poor Galaxy Forging Iron Dust Earlier Than Models Allow Tech Times · 46d ago
- James Webb Telescope reveals earliest blueprint of galaxies, finds IUCAA study Hindustan Times · 46d ago
- A primitive dwarf galaxy with almost none of the heavy elements found in the Milky Way is somehow producing iron and silicon-carbide dust — materials astronomers thought early galaxies would struggle to make Space Daily · 46d ago
- Webb telescope reveals a surprisingly mature galaxy in the early Universe Earth.com · 46d ago
- James Webb Space Telescope discovers the secrets of cosmic 'factories' that filled the early universe with stardust Space · 46d ago
- James Webb Space Telescope looks back in time 4.4 billion years Space · 46d ago
- Webb Telescope Reveals How Supermassive Black Holes Keep Feeding Themselves Thanks to Gas Recycling ZME Science · 48d ago
- The James Webb Space Telescope spent nearly eight hours staring into NGC 4696, a galaxy 145 million light-years away, and watched a river of cool gas pour into an 800-light-year disk spinning at 600 kilometers per second, feeding the supermassive black Space Daily · 48d ago
- NASA's James Webb Telescope Maps How Supermassive Black Holes Gain Mass NDTV · 48d ago
- Webb telescope maps the gas pipeline feeding a supermassive black hole 145 million light-years out eGamers.io · 48d ago
- JWST Solves Decades-Old Puzzle: Magnetic Gas Rivers Refuel Black Holes Tech Times · 48d ago
- JWST captures black hole recycling its own fuel MSN · 48d ago
- James Webb Space Telescope reveals how black holes feed themselves The News International · 48d ago
- JWST reveals how a supermassive black hole keeps feeding itself Yahoo · 48d ago
- UK researcher helps solve longstanding black hole mystery UKNow · 48d ago
- NASA’s James Webb catches a supermassive black hole feeding ScienceDaily · 48d ago
- James Webb Space Telescope discovers how black holes feed themselves Space · 48d ago
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