Joel Kontinen
According to evolutionists , the Solar System formed from a nebula of gas and dust, from which the Sun and planets accreted. Their assembly sequence can potentially be reconstructed using the abundances of chemical elements and their isotope ratios. Péron and Mukhopadhyay have measured krypton and xenon isotopes in the Martian meteorite Chassigny, already known to reflect the planet’s interior composition.
They found isotope ratios similar to meteorites, indicating that much of Mars’ mass was sourced from solids. However Mars’ atmosphere has isotopes indicating an origin from the nebular gas and thus must have been added later than the interior. Standard cosmochemical models predict the opposite sequence, so the results challenge current understanding of Solar System assembly.
It seems that a naturalistic origin of the solar system is wrought with difficulties.
Source;
Smith, Keith T. 2022, Mars accreted in an unexpected order Science 14 August
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