By observations from telescope Event Horizon, scientists are trying to decode the mystery of the functions of the black holes in the universe in the universe.02: 00/3: South Korea We often think the black hole is the monster The giant thing swallowing both light but even super heavy black holes in the center of galaxies also has different sizes. For example, black holes M87 * Located in the center of Messier Messier 87 has a volume of 6 billion times the sun while the black hole SGR A * is located in the center of our Milky walahs with a mass of only 4 million times Heavenly Hala Centaurus A. Photo: ESO / WFi Surplus M87 * Explanation why it becomes "Bright candidates" for telescope Event Horizon (EHT) scoring the first image The black hole in the world, creating a breakthrough about astrophysics when this photo was announced in 2019. Astronomical physicists did not only stop studying a black hole
. They turned their attention to another super heavy black hole, smaller than M87 * 100 times, located in central CENTAURUS A. using the same technique as when the image of M87 *, the physicists The text can record the image of the powerful spraying material from the Centaurus A black hole, revealing more about this complex phenomenon. The details have been published in the journal Nature Astronomy on July 19
"The goal of telescope Event Horizon is to record images on black holes. However, energy flows sprayed from the black hole are also the object we are studying. To fully understand the black hole, We need to understand these energy streams and how they are created, "Michael Janssen's astronomers in the MAX Planck Radio Astronomical Research Institute in Bonn, Germany for James Miller-Jones, a home Astronomical physics at Curtin University, Australia and a member of the International Radio Astronomical Research Center (ICRAR) said that energy flows sprayed out from the hole Black can affect the evolution of galaxy and galaxy beams. He and his colleagues want to look closely at these energy flows to see what they have to function with black holes. Telescope EHT makes this possible. With EHT telescope, astronomers can focus on studying the energy flow spraying from the black hole of Centaurus A galaxy and observing it More carefully. This telescope also helps them to record an extremely close energy flow image near the Black Hole. Centaurus A galaxy center and compare with observations from models in theory, a team of scientists Seeing that this black hole's energy flow has illuminated the edge and looks similar to what M87 * creates. This is important because it poses the question: "Are all black holes with the same function regardless of their size?" Energy flow from Centaurus A shows the case The above is possible. In addition, it is not only consistent with Albert Einstein's relativity but also verified the basic characteristics of energy flows depending on the mass of black holes to create them, "said Miller-Jones scientist Give it also thinks that although it is impossible to prove the hypothesis on the black holes with a much smaller mass, only folds from 10 - 100 times the solar mass, but by studying other black holes, the Scientists can decipher some mysteries of the "giants" in this universe
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