A small part of the space-time structure in the Universe will be shaken. Why and what effect does it have? See here
Article by: Andacs Robert Eugen, on 02 March 2022, at 11:49 am Los Angeles time
According to a scientist's announcement, a small part of the Universe will be shaken in its space-time structure. This is due to a strange phenomenon by which 2 holes will collide directly, thus shaking the structure of the space-time universe. Don't worry, this collision will happen after approx. 10,000 years. However, according to astronomers, black holes have already traveled 99% of the way to the collision.
The two black holes, with the same name as PKS 2131-021, are 9 billion light-years from Earth. So what we see now is what happened 9 billion years ago. And research shows that what astronomers see now (9 billion years ago) does not mean that black holes have already collided. Astrophysicists have calculated the speed of the two black holes and the distance they are at, thus determining the time at which the collision will occur from now on.
That is, it will happen over 10,000 years from now, and we will be able to see it after 9 billion years have passed since the collision.
Another case is if the black holes suffer from unexpected phenomena, which, of course, we will see over 9 billion years after they will happen, or encounter on the way, strange phenomena, the time until the crack to be longer or shorter.
But the question that worries many astronomers about such discoveries, where it is so long and such a long distance if there will be phenomena between the two black holes. If there were different phenomena along the black holes way, it could greatly affect astrophysicists' calculations.
If black holes do not suffer any phenomena on the road, they do not encounter any strange phenomena from this Universe, then they will collide after 10,000 years if the scientists have calculated well.
Another case is if the black holes suffer from unexpected phenomena, which, of course, we will see over 9 billion years after they will happen, or encounter on the way, strange phenomena, the time until the crack to be longer or shorter.
In any case, believing that the calculations of the scientists are good, and the road of the two black holes is good, without any phenomena, then the estimated time until the collision remains 10,000 years.
The collision will cause ripples in the space-time structure, more scientifically speaking will send gravitational waves, according to physicist Albert Einstein. We do not know if the human species will witness this collision, in any case, what we can do now is to study them and find out more about their structures, how they are formed, and especially the effects they have on the entire universe.
Here we are talking about supermassive black holes, a huge category of black holes, the mysteries of which have not been discovered, but more data may come in the coming years. In addition, we are talking about a category of supermassive holes, called PKS 2131-021. This category is quite special and probably, especially because we don't know much about them and they are hard to find in the Universe, even with high-performance telescopes.
They are also quite fascinating to astronomers, due to its activity that is felt to Earth. Partly speaking, this type of supermassive black hole happens to direct a jet of supercharged matter directly at our planet, Earth.
But where does my father come from? Where does it come from? First of all, the matter comes from the hot gas rings, if these rings are formed, if not, this process does not take place. Matter is in enormous quantities, there is no probable word to say how much matter can be found there. In any case, hot gas rings are most often formed when a black hole attracts that gas with its strong gravity. From this, a small part of the matter escapes, and the rest remains.
We wish success to astronomers, astrophysicists, scientists, researchers and all those who do such research, so that we can see the whole Universe with different eyes.