The recently discovered quasar and black hole are 13 billion light-years from Earth.
As the most dynamic objects in the universe, quasars are enormous and vivid celestial objects located in the center of galaxies.
With the blackout of J0313-1806, the farthest quasar dates back to 670 million years after the Great Bang, when the universe was only 5 percent of its current age, said the astronauts.
“The farthest quasars are crucial for understanding the formation of the earliest black holes and for understanding cosmic regeneration – the last great movement of our universe,” he said. Xiaohui Fan, co-author of the new study about discovery and professor of astronomy at the University of Arizona.
The new quasar is more than 10 trillion times as light as the sun and emits 1,000 times more energy than our entire Milky Way galaxy, according to the findings.
The supermassive black hole, which powers the quasar, measures at more than 1.6 billion times the mass of the sun.
“This is the earliest evidence of how a massive black hole is affecting the host galaxy around it,” said Feige Wang, lead author of the study and Hubble Fellow at the University of Arizona Steward Observatory. “From a distance view of galleries, we know this must happen, but we have never seen it happen so early in the universe. ”
The recently discovered quasar seems to take a rare look into galaxy life at the beginning of the universe, the University of Arizona said in a press release, when many of the galaxy-shaped processes that have to slow down or stop in galleries that have since been around for much longer yet in full swing.
The researchers announced their discovery at a press conference at the annual meeting of the Astronomical Society of America, which is to be held almost this week. The findings were submitted for publication in the Astrophysical Journal Letters.
Le Kan Hyeong-woo ([email protected])