"Henry, can you post any links to the works you reference? I've googled it a bit, and I find somewhat scant hints at parts of the story but have never found one that suggests it has filled in the considerable gaps."
COMMENT: The link below, was what I particularly recalled. However, there are other numerous examples of computer models aimed at understanding the origin of life. Remember, these are models, and are not intended or claimed to be a full explanation. No such model exists, and nor should one be expected. And, of course, no model "proves" anything. They merely are offered to see how a proposed theory might work as an algorithmic process.
https://phys.org/news/2008-04-cell-membrane-dynamics.html_______________________________________________________
Here's one I found that while simplistic, is somewhat representative of the current explanations:
Like others I've seen, it takes what are quantum leaps of information technology at the cellular level and delegates them to a simple pass:
"Then, somewhere along the line, these growing polymer chains developed the ability to make copies of themselves. Competition between these molecules would allow the ones most efficient at making copies of themselves to do so faster or with greater abundance, a trait that would be shared by the copies they made. "
Developed the ability to make copies of themselves?
COMMENT: Well, of course, there are significant gaps in our understanding. But the question is whether what science *does* know and understand is sufficient to place it above intelligent design as the best explanation for the origin of life. That's all. And it seems, at least to me, that biochemistry in general places naturalism on far more solid footing; especially with the added evidence for self-organization, which again is well established even if not very well understood.
If you want to insist upon a design component, you need to identify where such a component comes into play, beyond merely pointing to gaps, and why a God explanation is more reasonable for that particular gap, than is the alternative, however speculative, natural explanation. The fact that a proposed natural explanation is in some part speculative is NOT sufficient reason to conclude that intelligent design is the best explanation. To jump to that conclusion unreasonably undermines all of the evidence we have that the origin of life was the result of purely natural processes, even if on the whole such explanations are not very satisfactory.
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"That's a quick and easy sentence to write, but displays a level of information handling and process complexity that is beyond comprehension."
COMMENT: "Beyond comprehension?" I would say perhaps "difficult to believe." But again, we can see simple self-organizing biological systems; we can see biochemistry bringing about complex function, even in simple bacterial cells, where, for example, a cell "automatically" moves through a gradient toward a food or energy source. We can see the emergence of replication at the molecular level. So, maybe the full complexity of human biology is difficult to believe, but broken down, it is certainly not incomprehensible, and in my view clearly offers a better explanation for such complexity that ID.
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"We grant polymers a pass on their origin and move on. At what point did the cell gain the ability to inventory every bit of minutia relating to its structure, assembly and lifespan? And having assembled this massive volume of data, how did it record it in a format that could be deciphered to recreate those exact same elements? And the most amazing feature of all: How does this mass of data somehow miraculously catalyze with its environment to utilize this data to recreate a duplicate of the original? It's clearly much easier just top say they "developed the ability to make copies of themselves."
COMMENT: Look, I am very sensitive to these questions. Remember my post on the "genetic code." Most biologists take this "code" reference quite literally, without thinking about how natural systems could possibly come up with a symbolically functioning code. But, the answer on the physical level at bottom has to be purely mechanistic biochemistry. But, again, the biochemistry is there, and presumably generating more and more complexity over evolutionary time. The most difficult question (in my view) is how and why such natural processes exist in the first place, not whether they need to be boot-strapped by a designer God that fiddles with the process from time to time to keep it on some predetermined track. For me, that scenario is "incomprehensible" or extremely difficult to believe.
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"And as you know, if we can get over this specific hurdle, we've only filled in a very tiny part of a monolithic story. If you can demonstrate how a tree grows, you're not really explaining how to stick-build a fully functioning home."
COMMENT: O.K. but look at the beaver, who builds complex and quite elaborate "stick-built" homes. How does such knowledge find its way into the beaver brain. By evolution, or God. I see no reason to jump to a God explanation simply because nature is sometimes remarkable.
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"But the bottom line for these pursuits is the ironically self-defeating nature of the work. It's possible at some time in the future we'll read a story about how a team of scientists utilizing the most advanced computers available have created a model that hints at how the first living cell came into existence.
And when they do that, they will have shown that with the injection of extreme intelligence and environmental manipulation, we've discovered how the first living cell came to exist."
COMMENT: The answer will not be found in a computer model, because, as you say, humans programmed the model. But, presumably, with a successful model will come further understanding, with some of that understanding confirmed through discovery of more specific biological mechanisms that perhaps can be replicated. The failure of science is certainly not a given here.