You didn't even bother to click the TalkOrigins link, did you?This is what Craig Venter points out in the video posted, that the LEAST complexity required for a self replicating genome is still very complex.
We know for example that viruses are far simpler than bacteria. A virus may include 5000 letters in its code, whereas the simplest bacteria known has 580,000 letters.
However, viruses are parasites, so we know that they could not have appeared spontaneously before bacteria.
I gave you a link to a self-replicating peptide made with only 32 nucleotides, and the Wikipedia RNA World hypothesis article describes self-replicating RNA with fewer than 200 nucleotides. RNA polymerase is discussed more in the TalkOrigins page linked above.Therefore, the first truly self-replicating organism must have involved not only several hundred thousand nucleotides (which are themselves composed of three or more molecular units), but also the cell required to boot it up...the genome being somewhat like the hard drive in a computer.
Overall, I would still suggest that the chances of this spontaneously appearing by chance, even given large bubbling pools of amino acids over millions of years, are not just absurd, but clearly impossible.
Yes Ive the used the TalkOrigins articles before in my debates with Christians on my guitar forum.The first self-replicators would be much, much simpler than bacteria.
Once you have a coded replicator, complexity can increase by evolution.Yes Ive the used the TalkOrigins articles before in my debates with Christians on my guitar forum.
The problem with the specific article you linked here is that it doesnt demonstrate HOW increasing complexity occurs between non-coded organic material and coded organisms.
Yes, people do study RNA polymerase replicators. I'd hesitate to call them a species... it's sufficient that they are coded replicators.Now the RNA World hypothesis is interesting, but is there any existing species that can be studied. Or is it just a theory about life forms which may have existed billions of years ago?
So we conclude that early replication did not involve genomes.carcano said:This is what Craig Venter points out in the video posted, that the LEAST complexity required for a self replicating genome is still very complex.
We have a general theory that has proven reliable and versatile in handling exactly such situations, and may apply here as well. Beyond that, we await further investigation.carcano said:The problem with the specific article you linked here is that it doesnt demonstrate HOW increasing complexity occurs between non-coded organic material and coded organisms.
Yes, but I havent seen any good evidence of that yet. The replicating peptide link provided only one paragraph of very murky info. I'd like to see a diagram of what it looks like...verification of replication by other scientists, and so on.If the first coded replicator (the "replicating polymer" stage) was not designed, then it must be simple enough to have formed by chance in a suitable environment...
So look it up. There's plenty of references on the TalkOrigins page.Yes, but I havent seen any good evidence of that yet. The replicating peptide link provided only one paragraph of very murky info. I'd like to see a diagram of what it looks like...verification of replication by other scientists, and so on.
Yes, but they are merely inconclusive theories as I explained.There's plenty of references on the TalkOrigins page.
They would hardly exist any more. At some point you have to make a judgment call based on the evidence.carcano said:I'm perfectly happy to accept that very simple coded organisms exist...if they do.