The image of the black hole
The scientific sensation of the year has been the image what is showing black hole. It has been given information about how a black hole is handling material, what is surrounding it. If we would be more accurate when we are talking about that image, we must say that it portrays supermassive black hole, what is in the center of galaxies. The black holes can be forming by the explosions of the stars. And this is the birth of the normal black holes like Cygnus X-1.
But the supermassive black holes can form also just straight from the interstellar nebula is collapsing straight to black hole. In this case, the forming star or particle is so heavy or the material what is forming the object is so heavy like carbon or iron, that the nuclear reactions do not start, and the particle would turn straight to a black hole. We can collect data of the displacement disks of the supermassive black holes simple by observing galaxies. But when we want to get precise data from the things, what is happening near the black holes, we must look straight in the center of galaxies.
We cannot see the nucleus or the supermassive black hole in the center of the Milky Way, because that is covered by stars and dust without X-ray telescopes, but if we want to make observations by using visible light, we must look some other galaxies. The thing is that the supermassive black holes are predicted to find in the center of every spiral galaxy, and this image would give more information about the birth of galaxies and universe. This image is also a very good sample about the work, what is done in the field of artificial intelligence and image processing.
Computer programs and systems that are created for the astronomical purposes can benefit in the many other areas like satellite-based mapping systems, where the data, what is collected from ground, aircraft, drones, and satellites can be connected as the giant map entirety. And maybe this image, what is taken is the opening road to the next generation techniques, what might bring us the living film of the activities of the things, what is happening near the supermassive black hole.
The thing is similar to what was seen in the images, what are taken from the cosmic background radiation, the first images of that so-called three-kelvin radiation were the opening road to the observations, what has brought one of the most incredible mysteries in the universe. That mystery is that the image of cosmic radiation seems to be full of holes. And the thing what makes it a mystery is that if the three-kelvin radiation is coming from the big bang, and forming by the single photons or electrons what are jumping across the universe, the image of that radiation should be stable.
So where the holes in that structure are forming. Are black holes eaten those photons or electrons? Or is the answer that the particles are pulled away from those areas because of the cosmic pipes? Or is some bursts of electromagnetic radiation just cleaned those areas? This is the mystery, where the data, what is collected from the black holes might answer. The image itself can be easily found on the Internet.
The scientific sensation of the year has been the image what is showing black hole. It has been given information about how a black hole is handling material, what is surrounding it. If we would be more accurate when we are talking about that image, we must say that it portrays supermassive black hole, what is in the center of galaxies. The black holes can be forming by the explosions of the stars. And this is the birth of the normal black holes like Cygnus X-1.
But the supermassive black holes can form also just straight from the interstellar nebula is collapsing straight to black hole. In this case, the forming star or particle is so heavy or the material what is forming the object is so heavy like carbon or iron, that the nuclear reactions do not start, and the particle would turn straight to a black hole. We can collect data of the displacement disks of the supermassive black holes simple by observing galaxies. But when we want to get precise data from the things, what is happening near the black holes, we must look straight in the center of galaxies.
We cannot see the nucleus or the supermassive black hole in the center of the Milky Way, because that is covered by stars and dust without X-ray telescopes, but if we want to make observations by using visible light, we must look some other galaxies. The thing is that the supermassive black holes are predicted to find in the center of every spiral galaxy, and this image would give more information about the birth of galaxies and universe. This image is also a very good sample about the work, what is done in the field of artificial intelligence and image processing.
Computer programs and systems that are created for the astronomical purposes can benefit in the many other areas like satellite-based mapping systems, where the data, what is collected from ground, aircraft, drones, and satellites can be connected as the giant map entirety. And maybe this image, what is taken is the opening road to the next generation techniques, what might bring us the living film of the activities of the things, what is happening near the supermassive black hole.
The thing is similar to what was seen in the images, what are taken from the cosmic background radiation, the first images of that so-called three-kelvin radiation were the opening road to the observations, what has brought one of the most incredible mysteries in the universe. That mystery is that the image of cosmic radiation seems to be full of holes. And the thing what makes it a mystery is that if the three-kelvin radiation is coming from the big bang, and forming by the single photons or electrons what are jumping across the universe, the image of that radiation should be stable.
So where the holes in that structure are forming. Are black holes eaten those photons or electrons? Or is the answer that the particles are pulled away from those areas because of the cosmic pipes? Or is some bursts of electromagnetic radiation just cleaned those areas? This is the mystery, where the data, what is collected from the black holes might answer. The image itself can be easily found on the Internet.
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