Scientists announced the first-ever food of light from behind a air-and-space” target=”_blank”>black hole<.
An artist’s concept illustrates a supermassive black hole. A new theoretical study outlines a method that could be used to search for wormholes in the background of supermassive black holes.
(NASA/JPL-Caltech)
The researchers, led by Dan Wilkins of Stanford University, used the ESA’s XMM-Newton and air-and-space’s NuSTAR space telescopes to observe light from behind a supermassive black hole located in the center of a nearby spiral galaxy called I Zwicky 1, about 800 million light-years from Earth.
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The study did not expect to see anything, instead aiming to discover more information about a black hole’s “corona.”
The “corona,” the researchers theorized, was the result of gas that falls continuously into the black hole, creating a spinning disk around it.
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The gas, though, creates a pathway for the light to bend around the black hole itself: The gas heats up to millions of degrees and generates magnetic fields that twist into knots until they snap, releasing the energy stored inside it. The burst also produces X-ray light so bright that it reflects off the gas disk and falls into the black hole as well as around it.
The light is called an “echo,” and the bend is a phenomenon that Albert Einstein predicted in his theory of General Relativity.
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The phenomenon is more than just a cool trick: The light also changes color as it bends depending on the environment. Astronomers believe they can use this light to create a 3D map of a black hole and it surroundings.
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“It’s a key part of the puzzle to understanding how the galaxies formed and how the universe as we know it became how it is,” Dr. Wilkins said, according to ABC 7.
