L
leonhardprintz
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I’m hesitant to describe life in completely mechanistic terms. I go more with the scholastic approach to life. And there doesn’t seem to be any argument that life is forced to merely clone itself. It seems quite possible that life can have a means of changing its predisposition to give rise to the same essence, by introducing changes (St. Aquinas called them corruptions - though the meaning for him isn’t value laden), that would produce more subcategories of the same species.What I’m wondering about is the process. It seems to me that there is a kind of basic element that makes itself into anything. (Or at least, into all the features of all living organisms that have ever been on this planet.) Hence my ‘super clay’. I don’t mean that as a jab. It’s a genuine analogy. It seems to me you must posit:
a) The super clay
b) A natural software of self-organization built into the super clay.
Now, according to the Malthusian principle we have limited resources in the world but exponentially increasing competitors for those resources, ergo there will be conflict and competition between them.
Some of the subcategories of the species will perform worse or better. If some perform better, they bred more, and since their descendents tend to inherit their parents essence, they get similar abilities. Ergo their line of offspring will do better, and their particular variation will start to dominate.
This is kind of obvious, but does become clear with both mathematical models and experiments.
Your problem seems to be the origin of the first life capable of self-replicating. That is a problem. True. No one knows how the first life was made. Whether God directly created it, or whether God created the circumstances for it and it arose naturally.
At any rate the theory of evolution deals with explaining the ongoing changing of the species of the Earth, which we see in the geological record. As well as explaining the biogeographical distribution of lifeforms. Explaining the similarities of morphology in the fossil record, and amongst extant living species. Explaining the similarities in the DNA sequences.
And it goes beyond merely giving a metanarrative, it gives even the ability to figure out where to look for further similarities.
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