Glimpses of light from black holes!!!!
Light was seen coming out of the black hole!!!!!!!!!!!!
Sparkle of light! Glimpses can also be called. This is the first.Will this light one day become a 'runner'? Will the message of the giant black hole reach us?
According to NASA, the rare sight was captured on the Zuiki Transient Facility (ZTF) telescope at the Paloma Observatory near San Diego.
The study was published in the international science journal Physical Review Letters.
Another 'runner' in black hole?
In addition to gravitational waves, perhaps this flash of light will also become another messenger of the mystery-world of black holes. Another 'runner'! Knowing the black hole is another key to knowing.
The color of the black hole is pitch black. He is a black hole. He swallows whatever comes his way like a monster. Not even light can come out, avoiding the snag of his impossibly strong gravity ball. So no black hole can be seen in any telescope.
This time light was seen coming out of that black hole. Electromagnetic waves. There were theoretical predictions that something could happen. But the evidence of electromagnetic waves like light coming out of a black hole during a collision has not been matched for so long.
According to NASA, the flash of light was seen after a very strong collision between two approaching black holes. In that collision, two smaller black holes (slightly heavier than the Sun) merged to form a larger black hole.
The flash of light was seen coming out of the newborn big black hole. And that spark came to our notice on May 21 last year. Light also has a long way to go in space.
But it is also true that the collision of two black holes will only give birth to gravitational waves. At the same time, a flash of light was seen in the case, saying that there were large amounts of particles and matter between the two black holes. After swallowing everything that could be reached, a small drop of particles and matter spread all around the black hole, in its ‘accretion disk’. At extreme temperatures, particles and matter form a thick sheet of gas around the black hole. Like a cloud of gas.
The color of the black hole is pitch black. He is a black hole. He swallows whatever comes his way like a monster. Not even light can come out, avoiding the snag of his impossibly strong gravity ball. So no black hole can be seen in any telescope.
This time light was seen coming out of that black hole. Electromagnetic waves. There were theoretical predictions that something could happen. But the evidence of electromagnetic waves like light coming out of a black hole during a collision has not been matched for so long.
According to NASA, the flash of light was seen after a very strong collision between two approaching black holes. In that collision, two smaller black holes (slightly heavier than the Sun) merged to form a larger black hole.
The flash of light was seen coming out of the newborn big black hole. And that spark came to our notice on May 21 last year. Light also has a long way to go in space.
But it is also true that the collision of two black holes will only give birth to gravitational waves. At the same time, a flash of light was seen in the case, saying that there were large amounts of particles and matter between the two black holes. After swallowing everything that could be reached, a small drop of particles and matter spread all around the black hole, in its ‘accretion disk’. At extreme temperatures, particles and matter form a thick sheet of gas around the black hole. Like a cloud of gas.
When such a collision takes place in space, there is intense agitation. Space and time (space and time) are twisted. As a result, gravitational waves come out.
Just as the waves scatter in the water between the two large rocks floating in the pond. Then, just as the waves of water reach the edge of the pond little by little over time, so we see the gravitational waves created by the collision between two black holes reach the earth.
And from the source of that wave, we can calculate how far away from us, how many millions of years ago that collision took place between those two black holes. Gravitational waves also take time to travel through space.
Just as gravitational waves come out of a collision between two black holes or a neutron star with a black hole, so do waves come out of a collision between two neutron stars.
There is no way to see the black hole. That is why the news of the unknown world of the black hole is the gravitational wave that has been carrying us for so many days. Which was discovered in 2016. For us this wave is currently the only messenger in a black hole.
How did this happen?
According to the researchers, the two small black holes kept coming closer and closer to each other. At the same time, two black holes revolved around a supermassive or monstrous black hole (billions of times heavier than the Sun).As they got closer, two small black holes hit each other very hard. As a result, they merged to form a larger black hole. Its mass is roughly equal to 100 suns.
According to scientist when two black holes collide, when the gravitational wave is radiated, the newborn black hole is also pushed because that wave also has momentum. This happens according to Newton's third law of action. As a result, the gas on all four sides of the black hole began to follow him.
The gas that escapes here collides with the gas that revolves around the giant black hole, creating a flash of light.
"Scientists don't think .The giant black hole in the center of every galaxy has a glimmer of light even when gases, particles and matter fall on it.
The light of the galaxy comma-increase. Scientists have seen that in this case it is not so much. As a result, they feel that the chances are slim.
However,Some scientists, think that this black hole will come back.
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