It could, according to famed physicist Stephen Hawking and two colleagues, who recently had their paper called "Soft Hair on Black Holes" released online.
The paradox itself pits the idea that information entering a black hole disappears completely, which is based on Einstein's general theory of relativity, against quantum mechanics which asserts that information never vanishes.
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Stephen Hawking: Black hole paradox explained by 'soft hairs'
LONDON, ENGLAND - DECEMBER 09: Professor Stephen Hawking attends the UK Premiere of 'The Theory Of Everything' at Odeon Leicester Square on December 9, 2014 in London, England. (Photo by Tim P. Whitby/Getty Images)
LONDON, ENGLAND - FEBRUARY 18: The world's best know scientist Professor Stephen Hawking takes VisitLondon.com's Official Guest of Honour Adaeze Uyanwah on a personal guided tour of his favourite places in the city's famous Science Museum on February 18, 2015 in London, England. On the tour Professor Hawking said he was pleased to lend his synthesised 'voice' to actor Eddie Redmayne for his Oscar-nominated performance in The Theory of Everything but added ' unfortunatley Eddie did not inherit my good looks.' (Photo by Tristan Fewings/Getty Images for London & Partners)
Theoretical physicist Stephen Hawking poses for a picture ahead of a gala screening of the documentary film 'Hawking', a film about his life, at the opening night of the Cambridge Film Festival in Cambridge, eastern England on September 19, 2013. Hawking tells the extraordinary tale of how he overcame severe disability to become the most famous living scientist in a new documentary film premiered in Britain. (Photo credit: ANDREW COWIE/AFP/Getty Images)
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The team believes that there may be a middle ground in the form of hairs which can linger in the vacuum space outside the hole.
These tendrils are considered to be soft photon particles of light, which contain no energy but change the environment in a small way.