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Astronomers Identify Hybrid Black Hole Star Challenging Early Universe Models
The discovery of MoM-BH*-1 provides a new explanation for the rapid growth of supermassive black holes in the early universe.
By Auto News4 min read
Space · Topic
james webb space telescope
Reporting and analysis tagged james webb space telescope.
James Webb Space Telescope detects water near Milky Way supermassive black hole
New infrared observations reveal that aging stars can sustain water and dust production despite the extreme radiation environment near Sagittarius A*.
No. 225
Astronomers Identify New Class of Astrophysical Object: The Black Hole Star
Researchers have discovered a unique celestial entity that combines the characteristics of a massive star with the immense energy output of a black hole.
No. 223
Webb telescope observations clarify nature of mysterious little red dots
New findings suggest that enigmatic compact objects in the early universe are massive, short-lived stars that may have seeded the first supermassive black holes.
No. 220
Supermassive Stars May Explain Early Universe Little Red Dots
New research suggests that massive stellar objects could be the missing link in understanding both mysterious infrared signatures and the rapid formation of primordial black holes.
No. 217
Webb Telescope Resolves the Mystery of Ancient Little Red Dots
New research confirms that the enigmatic objects observed in the early universe are supermassive black holes in a phase of rapid growth, rather than evidence of new physics.
No. 210
Webb Telescope Reveals Hidden Giant Planet in Beta Pictoris System
Astronomers have identified a third giant planet orbiting the young star Beta Pictoris by isolating its unique atmospheric chemical signature from dense surrounding debris.
No. 204
Terzan 5 Identified as Ancient Fossil Fragment of Milky Way Formation
New observations from the James Webb Space Telescope reveal that the system contains four distinct stellar generations, confirming its role as a relic of galactic assembly.
No. 181
Supernova-driven winds identified as cause of early galaxy quiescence
New observations reveal how intense star formation and galactic collisions trigger powerful gas outflows that rapidly deplete fuel for future stellar growth.
No. 160