Scientists created a glowing black hole in the lab to test a Stephen Hawking theory

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BY CHRIS YOUNG

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A team of physicists simulated the event horizon of a black hole in a lab and observed the equivalent of an elusive form of radiation first theorized by Stephen Hawking.

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The new discovery could help the scientific community develop a whole new theory that marries the general theory of relativity with the principles of quantum mechanics.

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Some scientists believe Hawking's radiation could help to bridge the gap between the general theory of relativity and quantum mechanics.

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One of Stephen Hawking's main ambitions was to work toward a unified theory of quantum gravity that could unify the two irreconcilable theories

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The event horizon of a black hole is the area in which no light or matter can escape.

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The trouble is that this radiation is likely far too faint to be detected from Earth.

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That's where the simulated black hole comes in. The group of scientists specifically set out to analyze the properties of Hawking radiation by creating an analog for it in a lab.

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The researchers' model allows for a way to study Hawking's radiation like never before.

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