True Cosmologists Table
by
G4from128k
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· Score: 2, Interesting
Although very interesting, this color-coded table does not speak to the cosmological origins of each elemental species. For a truer cosmological table I would expect a more radical rearrangement of the table into a tree or mesh based on the fusion and other nuclear reactions that spawn the elements from the primordial mix of the early universe.
Elements lighter than iron would probably sit on a nice tree associated with the hydrogen, helium, carbon, etc. fusion cycles. Heavier stuff would be in some type of mesh of fusion and decay reactions that occur in supernovae.
Such a cosmological orgins table might get a bit messy as each different isotope might be the product of multiple reaction/decay pathways. Maybe a 3-D visualization tool could help present the data in all its glory.
-- Two wrongs don't make a right, but three lefts do.
I agree with that earlier post
by
Squiffy
·
· Score: 2, Interesting
Although very interesting, this color-coded table does not speak to the cosmological origins of each elemental species. For a truer cosmological table I would expect a more radical rearrangement of the table into a tree or mesh based on the fusion and other nuclear reactions that spawn the elements from the primordial mix of the early universe.
Elements lighter than iron would probably sit on a nice tree associated with the hydrogen, helium, carbon, etc. fusion cycles. Heavier stuff would be in some type of mesh of fusion and decay reactions that occur in supernovae.
Such a cosmological orgins table might get a bit messy as each different isotope might be the product of multiple reaction/decay pathways. Maybe a 3-D visualization tool could help present the data in all its glory.
Two wrongs don't make a right, but three lefts do.
I prefer this one.