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Giant black hole rips star apart
 
18 February 2004

Gravitational pull of a black hole
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This artist impression illustrates the tremendous gravitational pull of a giant black hole on a passing star. The doomed object is first stretched by tidal forces until it is torn apart. Most of the gas making up the star is lost from the system but some of it is trapped by the black hole and forms a disc of gas around it. In the disc, the gas is heated to millions of degrees and emits in the X-rays, before disappearing forever, swallowed by the black hole. It is precisely the signature of this disc that ESA's XMM-Newton has detected.

Credits: ESA and Stefanie Komossa (Max Planck Institute for Extraterrestrial Physics)
 
 
Giant black hole rips star apart
Download:
 HI RES TIFF (Size: 1217 KB)
Expanded view of the first panel.

Credits: ESA and Stefanie Komossa (Max Planck Institute for Extraterrestrial Physics)
 
 
Giant black hole rips star apart
Download:
 HI RES TIFF (Size: 5555 KB)
Expanded view of the second panel.

Credits: ESA and Stefanie Komossa (Max Planck Institute for Extraterrestrial Physics)
 
 
Giant black hole rips star apart
Download:
 HI RES TIFF (Size: 6013 Kb)
Expanded view of the third panel.

Credits: ESA and Stefanie Komossa (Max Planck Institute for Extraterrestrial Physics)
 
  Notes to editors
 
Giant black hole rips star apart
Download:
 HI RES TIFF (Size: 1217 Kb)
Expanded view of the fourth panel.

Credits: ESA and Stefanie Komossa (Max Planck Institute for Extraterrestrial Physics)
 
 
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XMM-Newton overviewChandra
 
 
 
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