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Such a high mass makes it potentially one of the most massive black holes known in the observable universe. A black hole of this mass has: 24,100 times the mass of the black hole at the center of the Milky Way (Sagittarius A*) twice the mass of the Triangulum Galaxy, including its dark matter halo. [11]
30 de dic. de 2022 · The largest black hole ever discovered is located within a galaxy cluster known as the Phoenix Cluster, located around 8.5-billion light years away. The Phoenix Cluster is one of the most intensely studied galaxy clusters in our universe.
El cúmulo de Phoenix (Fénix) [2] es un grupo de galaxias a 5700 millones de años luz de la Vía Láctea (5.392.616.370.000.000.000.000 km), [3] en la constelación Fénix. Es la estructura más masiva y luminosa identificada en el universo hasta hoy (2012). Emite una cantidad de rayos X jamás observada.
14 de feb. de 2024 · Al ser objetos que atraen la luz, fotografiar un agujero negro no es fácil. La primera foto de un agujero negro supermasivo fue captada en 2019 por el telescopio Event Horizon. En este caso, la imagen captada mostraba un agujero negro supermasivo en la galaxia elíptica Messier 87 (M87).
The Phoenix A black hole, also known as Holmberg 15A*, is a supermassive black hole located at the center of the galaxy Holmberg 15A. This galaxy is situated within the Abell 85 galaxy cluster, approximately 700 million light-years away from Earth.
18 de nov. de 2019 · The Phoenix galaxy cluster contains the first confirmed supermassive black hole that is unable to prevent large numbers of stars from forming in the core of the galaxy cluster where it resides. The Phoenix Cluster system has several distinct elements that help tell the story of its unusually high star formation.
Phoenix A black hole is the largest black hole ever discovered weighing 100 Billion Solar Masses. It is located at the center of the Phoenix Cluster. The Phoenix Cluster is a cluster of galaxies that have over 1,000 galaxies and is located in the Phoenix constellation.
18 de nov. de 2019 · Now, scientists have compelling evidence for a galaxy cluster where stars are forming at a furious rate, apparently linked to a less effective black hole in its center. In this unique cluster, the jets from the central black hole instead appear to be aiding in the formation of stars.
The supermassive black hole in the center of galaxy clusters usually stifles star formation, but the one in Phoenix is not. By combining data from Chandra, Hubble, and the Very Large Array, astronomers found evidence the black hole is actually boosting star formation.
Now, scientists have compelling evidence that stars are forming at a furious rate in the Phoenix galaxy cluster, apparently linked to a less effective black hole in its center. In this unique cluster, outbursts from the central black hole instead appear to be aiding in the formation of stars.
