Astronomers have the second black ‘missing link’ in the universe

Black doors, while prevalent in sci-fi walking tours, are relatively new to astronomers. Einstein first predicted them when he published his theory of conventional analogy in 1916. But these so -called “ice stars” were not established. black door to 1967. It took another five years for astronomers to see the first black hole. It would be 48 years before scientists completed the first image of a black hole.

It’s no wonder that these entertaining monsters are so mysterious.

One of the smallest clusters is the rapid growth of supermassive black holes in the first earth. From a million to a billion times the size of the Sun, these titans occupy the heart of most galaxies. And, because there is a limit to how many people can finish in a single seat, it is necessary to take a real it takes them a long time to eat a lot to grow into that kind of epic. However, astronomers have seen supermassive black holes less than a billion years after the Big Bang, leaving them laughing their heads off.

Now, something new, hidden in one of the most well -studied parts of the night sky, holds only the link that was lost in the growth of the dark holes that scientists had explored.

The main reason

Scanning archive data from the Hubble Space Telescope revealed GNz7q. According to the Great Observatories Origins Deep Survey-North (GOODS-N), the black hole existed about 750 million years after the Big Bang. It is located at the base of an exploding earth galaxy with the formation of stars, also known as a starburst galaxy. The paper announcing the update was published on 13 April so so.

“The GNz7q is an independent device that has been spotted at the center of a well -known, well -educated space station – showing that important objects can often be hidden in front of you,” said Gabriel Brammer, astronomer. at the Niels Bohr Institute and co -author of the study, in a press release.

The evidence suggests that the first sightings of a rapidly growing black hole in the universe, something that, until now, had only been predicted by theories and simulations. Such rapidly growing black holes are thought to be an important link between the supermassive black holes seen in dust starburst stars and ultra-bright quasars. Among the brightest things in the cosmos, quasars are the result of supermassive black holes that feed on gas and dust. The melter emits massive radiation through the entire electromagnetic field, emitting thousands of times faster than the entire Milky Way.

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