A Massive Black Hole Related to the Early Formation of Space Discovered

Astronomers have discovered a massive black hole that belongs to the early formation period of space. This is the oldest and farthest black hole ever discovered. According to the Associated Press, a research group from the Carnegie Observatory led by Eduardo Banados announced in their research report published on Wednesday in the scientific journal Nature that this massive black hole is located 690 million years from the Big Bang, which marks the beginning of space. This means that the light from this quasar has taken about 13 billion years to reach Earth. Researchers say this cosmic mass provides a glimpse into the early formation of space, a time when space was only five percent of its current age. Eduardo Banados stated, "This discovery opens a new window into understanding the early stages of space formation." Cosmic masses known as quasars are very luminous objects in deep space that form due to the depletion of all other objects around them by black holes. Therefore, they are the best candidates for studying and understanding the early stages of space development. This black hole is the latest and also the farthest discovered, with a size 800 million times that of the Sun. Larger black holes exist in space, but none of those discovered so far are as distant from Earth. These massive black holes in the depths of galaxies have a longer lifespan compared to younger black holes, and their formation has taken more time. One of the researchers from the University of Arizona said, "This quasar is one of the first galaxies in space, yet its black hole is as large as those currently forming in space." The Associated Press adds that during the formation of this quasar, the era known as the Dark Age of space was coming to an end. Stars and galaxies were gradually forming and appearing, and their radiation caused the surrounding hydrogen gas to ionize, thus illuminating space. Eduardo Banados estimates that there are about 20 to 100 other black holes similar to the one discovered in space. He states, "The newly discovered quasar is so evolved and luminous that I doubt it is the first quasar to have formed. Space is vast, and the search for these rare cosmic masses is like trying to find a needle in a haystack." The farthest quasar previously discovered was about 60 million years away from Earth. Space scientists still do not know how close they can get to the time of the beginning of time and the formation of space, which occurred about 13.8 billion years ago. Eduardo Banados and his research team used the Magellan telescope at the Carnegie Observatory in Chile and also added observations from astronomical centers in Hawaii, the southwestern United States, and the Alps in France.