kyser_soze
Hawking's Angry Eyebrow
ZWord said:Another argument for everyone to ignore:![]()
Suppose for the sake of argument that Dawkins and the mainstream science consensus is correct. Their theory that DNA came together through random chance in what is known as the "primordial soup" is in fact true. (though as it happens it's neither falsifiable or verifiable, and only justified on account of the bias of science to naturalistic explanations)
And it's also true that life on this planet evolved as a result of random mutation and natural selection.
Now, it has to be admitted that as a result of this random process, some remarkably unlikely and intelligent organisms have developed, including us.
So, what if at some point, as a result of random mutation, a new kind of DNA developed that was able receive information from the organism that possessed it, in such a way that it would stand a higher chance of mutating in a useful way, when propagated.
Remember that by the principles of random mutation and natural selection, all possible advantages in the race for survival, should have some chance of evolving.
Now, suppose there were these two types of DNA, one that just mutated randomly, and the other that kind of understood its own programming, and mutated to some extent in response to its changing environment, which kind of DNA do you think would outcompete the other?
--yeah but that's impossible, that's way too unlikely, how can DNA be intelligent?
--How can we be intelligent? We're also way too unlikely. But we're here.
Some people -strain at a gnat, but will swallow a camel.
Science of Discworld answers all of these questions in e-zee-reed format. There is some evidence for 'live encoding' of DNA, but as with evolution generally it's not directed. Your hypothetical question is pointless as well - altho if intelligent DNA was also responsible for editing itself and went for an elegant solution (i.e. one without much waste) it would probably loose since DNA itself is designed with massive amounts of redundancy in it.
The problems with imagining DNA, evolution etc is down to the human need for a narrative structure (and the consequent need for a 'satisfying' directed action) and the time/probabilty interactions. It's not possible to imagine OR simulate the processes that happen over 1 billion years - all the possible events that can happen in that time etc.
DNA has been evolving on this planet to fit the current conditions for 3 billion years, including a couple of periods when life was in a very precarious state - and there's nothing to say that in 1 billion years life won't be back to where it was in the pre-Cambrian period. There is no 'goal' in evolution, it doesn't plan ahead (in fact this is one problem with it - as species evolves to become super specialists requiring very specific environments/food etc they become more likely to become extinct so can't deal with sudden environmental shocks) BUT it does have this vast ability to keep itself reproducing so long, it appears, that there's some water in which to exist.
