- #1
RedAether
- 3
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I know the general accepted theory to the birth of our solar system. One or more nearby stars went supernova and the shock waves caused our gas cloud to collapse forming our solar system. However, i wanted an opinion from those with more knowledge on a hypothesis that seems to make some sense to me.
Could it be possible for a large star to go supernova/nova, and then the remaining core to accrete a new atmosphere from the remains and reignite as a smaller, more stable star? It would seem to me that it would be difficult for our solar system to accumulate the heavy elements that we have just from accepting blown out bits from nearby supernovas. However, if a star underwent a smallish nova early in life and then reignited as a smaller star there would be plenty of material for rocky planet formation like we have now.
Thoughts? I could easily be way off, and would really appreciate any critical comments.
Could it be possible for a large star to go supernova/nova, and then the remaining core to accrete a new atmosphere from the remains and reignite as a smaller, more stable star? It would seem to me that it would be difficult for our solar system to accumulate the heavy elements that we have just from accepting blown out bits from nearby supernovas. However, if a star underwent a smallish nova early in life and then reignited as a smaller star there would be plenty of material for rocky planet formation like we have now.
Thoughts? I could easily be way off, and would really appreciate any critical comments.