k Supernova Progenitor HD265435 Astronomers led by a team from Warwick University have found a binary star which they believe is heading towards a supernova. Light variations from the system called HD265435 indicate that the larger star is distorted into a teardrop shape by its dense, white dwarf companion. Eventually, as more and more material is pulled from the giant star towards the white dwarf, the latter will reach critical mass and will explode as a type 1A supernova., Photo by MARK GARLICKSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Supernova Progenitor HD265435 Astronomers led by a team from Warwick University have found a binary star which they believe is heading towards a supernova. Light variations from the system  called HD265435  indicate that the larger star is distorted into a teardrop shape by its dense, white dwarf companion. Eventually, as more and more material is pulled from the giant star towards the white dwarf, the latter will reach critical mass and will explode as a type 1A supernova., Photo by MARK GARLICK SCIENCE PHOTO LIBRARY
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Supernova Progenitor HD265435

Astronomers led by a team from Warwick University have found a binary star which they believe is heading towards a supernova. Light variations from the system (called HD265435) indicate that the larger star is distorted into a teardrop shape by its dense, white dwarf companion. Eventually, as more and more material is pulled from the giant star towards the white dwarf, the latter will reach critical mass and will explode as a type 1A supernova., Photo by MARK GARLICK/SCIENCE PHOTO LIBRARY

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176153926

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0.3 MB
724 x 475 px
6.1 x 4 cm
$ 100.00
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3.3 MB
2290 x 1502 px
19.4 x 12.7 cm
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