Sunday , March 7 2021

Supermasive black hole lurks in the middle of Milky Way: surrounding gravity traction is very strong – Scientific research – cnBeta.COM



The latest video gives the latest evidence that a super-massive black hole exists in the middle of the galaxy.from

The telescope has now caught the hot gas flame running around the sky with 320 million miles per hour, which corresponds to one-third of the speed of light. Scientists say these black hot gases are near the black holes without being swallowed by black holes. For a long time, astronomers have long suspected that in the middle of the Milky Way is a super-massive black hole, which is a mysterious area more than 100 billion times the sun.

Researchers of the European South Observatory used special astronomical equipment to observe Archer A, the super-massive celestial body at the center of the Milky Way. They noticed that the rotating mass of air was running around the circular orbiting outside the horizon of the black hole at the rate of one third of the speed of light.

Since this area absorbs all the light around it, it's hard to notice that scientists spent decades looking for important clues about black hole activities. Scientists say the latest video footage marks the first discovery of a substance that is close to "no backslash" and the most dreadful observations of the material that has so far approached the black hole.

Scientists say the latest video footage marks the first discovery of a substance that is close to "no backslash" and the most dreadful observations of the material that has so far approached the black hole.

Researchers of the European South Observatory have used special astronomical equipment to observe A *, a supermassive celestial body at the center of the Milky Way. They noticed that the rotating mass of air was running around the circular orbiting outside the horizon of the black hole at the rate of one third of the speed of light.

The researchers used the Very Large Telescope (VLT) to observe these powerful torches from the Earth's perspective, and used professional astronomical equipment to carefully observe the infrared radiation of the A-Strobe Disks. .

Dr. Josephine Peters, an astrophysicist at Oxford University in the United Kingdom, said astronomers watched the substances that were closest to the black hole and were not swallowed. Although Sagittarius A * is the closest super-massive black hole on Earth, it is still very mysterious. This marks us to begin to learn more about mastering the neighbors of "heavenly monsters".

A wide area image shows a star-filled nebula in the middle of the Milky Way.

According to the European South Observatory, the observed torches give our long-awaited confirmation. Our long-standing speculation exists in the center of the Milky Way, the super-massive black hole.

They are usually super-massive black holes larger than black holes, which make the process of collapse in the center of the giant star. Chilling originates from orbital matter that is very close to the black hole horizon, which is the most dense observation of the operation around the black hole so far.

Reinhard Genzel of the Max Planck Institute for Extraterrestrial Physics in Germany, who is the project leader, said: "This is one of the projects I have always dreamed about, but we still do not dare to expect it, which can be achieved so quickly."

Discover the mystery of black holes

The black hole is very thick, and the gravitational pull around it is very strong. There is no radiation of any kind, even if the light can not escape.

According to the European South Observatory, the observed torches give our long-awaited confirmation. Our long-standing speculation exists in the center of the Milky Way, the super-massive black hole.

The Black Hole is a powerful gravity source that captures the dust and gas of the surrounding universe. It is believed that his powerful gravitation causes stars in the galaxy to orbit the black hole. But as black holes emerge, scientists still know very little.

Astronomers believe that when a large cloud of gas grows up to 100,000 times the sun, it will collapse into a black hole. Most gray black holes are joined to form larger super-massive black holes that exist in the center of each supermasa galaxy.

In addition, the super-massive black holes can come from giant stars, about 100 times larger than the sun, and eventually form a black hole after fuel leaks and falls.

When these supermassive stars die, they also become "supernovas," a major explosion that releases matter from the outer layers of the star into a deep space.

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