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Favoured configuration for the
progenitor system of SN2006X before the explosion. The White Dwarf (on
the right) accretes material from the Red Giant star, which is losing
gas in the form of stellar wind (the diffuse material surrounding the
giant). Only part of the gas is accreted by the White Dwarf, through a
so-called accretion disk which surrounds the compact star. The remaining gas escapes the
system and eventually dissipates into the interstellar medium.The Red
Giant star has a radius about 100 times larger than our Sun, while the
White Dwarf is about 100 times smaller than the Sun.

Photoshop and Cinema 4D.

Favoured configuration for the progenitor system of SN2006X before the explosion. The White Dwarf (on the right) accretes material from the Red Giant star, which is losing gas in the form of stellar wind (the diffuse material surrounding the giant). Only part of the gas is accreted by the White Dwarf, through a so-called accretion disk which surrounds the compact star. The remaining gas escapes the system and eventually dissipates into the interstellar medium.  The Red Giant star has a radius about 100 times larger than our Sun, while the White Dwarf is about 100 times smaller than the Sun.

Photoshop and Cinema 4D.

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Moustafa Khamis
Moustafa Khamis, 06-07-09
very cool!
 
 
 
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