However, a neutron star cannot explode as a supernova Ia because its surface layers are made of iron (since its fusion is endothermic, nuclear fusion stops there) and therefore increasing the temperature and pressure does not generate nuclear fusion.
This is quality content. I don't see how this has more views
how the fricc does this have like zero views, this is good content!
f r i c c
@@abualasif f r i c c y
@@beepboop9848 fkrikkccrricc
However, a neutron star cannot explode as a supernova Ia because its surface layers are made of iron (since its fusion is endothermic, nuclear fusion stops there) and therefore increasing the temperature and pressure does not generate nuclear fusion.
When a Type 1-A supernova explodes what happens to the companion star it was drawing matter from?
But what exactly happens to the bigger star? The one that gives out its mass to the other.
it just stops orbiting and flings out into space as there's nothing left to orbit
标准烛光🕯️👍