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HubbleSite: Black Holes: Gravity's Relentless Pull interactive: Encyclopedia

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Black Holes: Gravity's Relentless Pull. Information, virtual journeys, and simulations about black holes from the Space Telescope Science Institute

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NASA has revealed a stunning animation showing exactly what would happen to a star if it was sucked into a black hole .

The artist's rendering shows the star passing too close to the gravitational pull of the black hole and being ripped apart by tidal disruption.

Whilst some parts of the star are flung into the heavens, most of it is pulled into the circulation of the hole, forming a gaseous disc.

NASA based the illustration on evidence gathered surrounding the interaction of black holes with a star.

Using x-rays, the space agency has been monitoring the interactions of a star (called ASASSN-14li) with a black hole in the center of a galaxy 290 million light years away.

Recently, physicist Stephen Hawking suggested there may be a way out of a black hole if you happen to be caught in one.

He explained that information pulled into the black hole isn't consumed by the collapsed star, but instead never makes it in. Instead, it is either translated into a "hologram" on the edge of the black hole or pushed out into another dimension completely.

"I propose that the information is stored not in the interior of the black hole as one might expect, but on its boundary, the event horizon," said Professor Hawking.

"Things can get out of a black hole both on the outside and possibly come out in another universe."

The mystery of what happens inside a black hole is known as the "information paradox" and occurs when quantum mechanics combines with general relativity.

While quantum mechanics says that information lost in a black hole disappears completely, general relativity states that, in principle, this is impossible.

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Watch what happens when a black hole rips apart a star

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NASA has revealed a stunning animation showing exactly what would happen to a star if it was sucked into a black hole . The artist's rendering shows the star passing too close to the gravitational pull of the black hole and being ripped apart by tidal disruption.

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You know that saying, "keep your friends close, but keep your enemies closer?" That advice needs to go right out the window when we're talking black holes. They're the worst enemies you could have and you want them as far ...

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biggest black hole on earth - Google Search

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NASA Accidentally Discovers Giant Black Holes

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Black holes may answer questions about the beginning and the future of the universe.