Origin of Earth: Supernova Theory

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SUMMARY

The Earth and Moon originated from debris ejected by supernovae of ancient stars, as confirmed by the discussion. The solar system, including the Sun, was formed from a cloud of gas and dust enriched by elements produced in earlier generations of stars. Hydrogen in the Sun traces back to the Big Bang, while all elements heavier than iron on Earth were synthesized in supernovae. Thus, the formation of Earth and Moon is a result of multiple supernovae contributing to the local mass density that facilitated solar system formation.

PREREQUISITES
  • Understanding of supernova processes and their role in element formation
  • Knowledge of stellar evolution and the lifecycle of stars
  • Familiarity with the Big Bang theory and cosmic nucleosynthesis
  • Basic concepts of solar system formation and density fluctuations
NEXT STEPS
  • Research the process of stellar nucleosynthesis in supernovae
  • Explore the Big Bang theory and its implications for element formation
  • Study the mechanisms of solar system formation from gas and dust clouds
  • Investigate the role of mass density fluctuations in cosmic structures
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Astronomers, astrophysicists, and students of cosmology interested in the origins of celestial bodies and the processes that shape the universe.

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Is Earth and the moon most likely the result of debris ejected from the supernova of an ancient star?
 
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The earth, moon + sun and the rest of the solar system were created from the same cloud of gas and dust.
The hydrogen in the sun was created in the big bang, although some of it would have also been in the outer unburnt envelope of early generations of stars.
Everything in the solar system larger than hydrogen was created in those earlier generations of stars and all the elements on Earth heavier than iron were created in supernovae.

So in a way, yes we are formed from the remnants of a supernova ( or actually many many sn ) but the Earth and moon weren't individually shot-out of a supernova.
 
Another point is that a supernova may have played a role in "pushing" the gas and dust to produce the local increase in mass density around which the Solar System formed.
 

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