Black hole phoenix A resides in a dark corner of the universe. Its existence is hidden in a supermassive black hole, which has recorded the event of a super large energy explosion. This powerful explosion even surpasses that of a supernova to a burst of energy from a quasar. Scientists also call it the largest super explosion since the Big Bang.
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Get to know Black Hole Phoenix A and its super explosion
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The explosion of Phoenix A is an extraordinary phenomenon that shows the enormous power of black holes. This event record brings new insights into how extreme objects can affect the environment on a cosmic scale. The following is detailed information about Phoenix A and its super explosion.
What is Phoenix A?
Basically, Phoenix A is a name reserved for the supermassive black hole at the center of the Phoenix Cluster. This region is a super large and dense galaxy cluster. Where, the cluster is located approximately 5.7 billion light years from Earth, in the constellation Phoenix.
The explosion of Phoenix A was once in the spotlight of a team of astronomers because it produced the largest explosion recorded in observations. In fact, this explosion is said to be the most powerful since the Big Bang. Reportedly, the black hole is capable of releasing bursts of energy, creating a large cavity around it.
The explosion was detected by an X-ray telescope. For example XMM-Newton And Chandra X-ray Observatory which shows traces of eruptions from the center of the galaxy cluster.
Interestingly, the Phoenix A black hole explosion is not only extraordinary because of its size. But it can also affect the surrounding cosmic environment. This provides new insight into how black holes can influence the evolution of galaxies and the structure of the universe.
Huge Explosive Power Phoenix A
The phoenix explosion A has very powerful specifications, it is even difficult to imagine with logic. Astronomers estimate that this energy release reaches 10^61 erg. This is extraordinary, considering that ordinary supernovae only have about 10 trillion times less energy. This means that the explosion of Phoenix A is equivalent to the explosion of hundreds of supernovae simultaneously.
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For your information, the super explosion in Phoenix A did not occur in a short time. However, this explosion occurred slowly over hundreds of millions of years. It is as if the black hole is continuously pumping enormous energy into space.
Typically, a phoenix A explosion produces a large cavity that envelops the phoenix galaxy. This cavity is 1.5 million light years across, large enough to accommodate about 15 galaxies the size of the Milky Way.
The Impact of the Phoenix A Explosion
The powerful explosion from Phoenix A set a record in the world of astronomy. This explosion was recorded as having a major impact on the cosmic environment. This extraordinary energy influences the formation of stars, intergalactic gas, and even the evolution of galaxies in the Phoenix Cluster.
As an illustration, the explosion of the Phoenix A black hole causes a delay in the formation of new stars. This is because the explosion heats the gas between the phoenix cluster galaxies, preventing it from clumping and cooling into stars. This is known as the process by which black holes can influence the rate of galaxy evolution through the emission of energy or matter.
It was so powerful that the explosion of the Phoenix A black hole also formed a large cavity in the hot gas. This disrupts the thermal balance in the galaxy and its gravitational balance. As a result, large-scale material transfer takes place and forms unique gas flow patterns. This affects the development of galaxies in the next millions to billions of years.
What is Phoenix A’s condition now?
After recording the largest energy explosion in history, scientists continued to make observations regarding Phoenix A. One of them was observations using X-rays and radio. Through these observations, scientists suspect that Phoenix A is much calmer than at the peak of its activity.
However, that doesn’t mean Phoenix A is completely dead. Because this black hole still shows signs of activity, although not on the scale of a powerful explosion like before.
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Overall, the phoenix A black hole has an active and inactive cycle. This condition depends on how much gas, stars or dust material enters the accretion disk. When a lot of matter falls, the Phoenix A black hole can become active and cause a large burst of energy. Meanwhile, when the supply of materials runs low, activity also decreases. (R10/HR-Online)
