“AI Revolutionizing Astronomy: Making Black Hole Images Sharper Than Ever Before”

AI has made the image of the first famous black hole twice as sharp. A team of researchers used artificial intelligence to dramatically improve the images discovered in 2019.

Thanks to this technology, the image now shows an image of the black hole at the center of galaxy M87 that is darker and larger than the first image. in fact, Gizmodo on Sunday (14/5) said astronomers have been using AI for decades.

In fact, back in 1990, astronomers from the University of Arizona were the first to use AI to study the shape of galaxies. Since then, AI has spread to every field of astronomy. Now, as the technology becomes more powerful, its algorithms are starting to help astronomers process very large data sets.

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This will help astronomers find more new knowledge about the universe. Astronomy as a science is a human endeavor to understand the many objects in the night sky. However, researching galaxies is not as simple as looking through a telescope.

Moreover, the universe is not only filled with stars, clouds and gas. Galaxies are also countless. In fact, as telescope technology progressed, the more celestial bodies that humans could see and the amount of data astronomers needed to select grew exponentially.

Thus, astronomers use patterns to study space. AI algorithms helped them study the patterns, leverage neural networks that use multiple nodes to study the patterns, and classify galaxies in the early 2010s.

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Now, researchers are using AI to sift through reams of data far more quickly and thoroughly than humans can. AI is also helping astronomers process more data faster, and reduce the number of spurious signals from the universe.

Another example is the search for exoplanets. Astronomers find most of the 5,300 known exoplanets by measuring the decrease in the amount of light coming from a star as a planet passes in front of it.

AI has proven itself to be especially good at identifying known objects like galaxies or exoplanets, which astronomers have been asked to look for. However, it is also powerful enough to find objects or phenomena that are theorized even though they have not yet been found in the real world. (waf)

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