Telescopes capture supermassive black hole devouring star
Using telescopes from the European Southern Observatory (ESO), they were able to monitor light flaring from the process -- known as a tidal disruption event -- from a black hole just over 215 million light years from Earth.
"The idea of a black hole 'sucking in' a nearby star sounds like science fiction," said Matt Nicholl, a lecturer and Royal Astronomical Society research fellow at the University of Birmingham, lead author of Monday's study.
"But that's exactly what happens in a tidal disruption event."
The star can be physically torn apart and its matter pulled into long strings, a process known as "spaghettification".
"This exceptional influx of matter produces intense electromagnetic emissions, which last for several months while the debris is digested."
Basa said that around half of the star remained after the tidal disruption event.
"'Only' half of its mass has disappeared," he said.
"That's already titanic."
While other tidal disruption events have previously been observed, the powerful burst of light they emit are often obscured by a curtain of dust and debris.
Because they discovered the event just a short time after the star was ripped apart the team were able to pinpoint how the obscuring debris forms.
Using high powered telescopes, they observed the event as the light flare grew in luminosity then gradually faded -- a process of some six months.
The team behind the study, published in the journal Monthly Notices of the Royal Astronomical Society, said they hoped it would help scientists to better understand how matter behaves in the extreme gravity environments surrounding supermassive black holes.
Last week a trio of scientists, Roger Penrose of Britain, Reinhard Genzel of Germany and Andrea Ghez of the US, were awarded the Nobel Physics Prize for their research into black holes, dubbed by the Novel committee "one of the most exotic phenomena in the universe."