Did you all have a good Thanksgiving? Could you find anything to be thankful for?
I have never argued that you can’t have an increase in information as Dr Schneider has modeled in his ev computer simulation.
What I do argue against and what ev shows is that Dr Schneider’s broad sweeping claims based on his single published case using nonexistent input parameters in his model have no scientific basis. He extrapolated the rate of information gain from his 256 genome case and mutation rate of 1 mutation per 256 bases per generation to the evolution of a human genome. This model and these claims were published in a peer reviewed journal. I don’t question the validity of the model; I question the validity of using unrealistic parameters (genome lengths and mutation rates) to establish a rate of information gain. Some evolutionists think I am abusing Dr Schneider’s model by using realistic parameters in the model. My response to them is that is not abuse, that is the purpose for mathematical models.
Yes, I did have a pleasant Thanksgiving -- thanks for asking.
So, based on your response here, it appears that Dr. Schneider has established at least the mathematical possibility of evolving information from randomness. and, what remains to be established is that such evolution could occur within the time available since the creation of this universe.
Assuming that I've successfully characterized the issue, then, how do you know that the parameters which you are using to confirm your hypothesis that evolution could not have occured withing the available time constraints, are realistic?
I doubt that Dr. Schneider would dispute the claim that the original parameters of EV are not a realistic model of a known biological organism. But, in the real world, there are a myriad of ways under which evolution does not occur. That is, extinction "happens." So, the fact that you may be able to defeat EV with a particular set of conditions should be no surprise.
It should be equally unsurprising that other sets of parameters cause EV to work as advertised.
It seems to me that what remains to be done is for both sides of the debate to try to agree on a set of parameters that reasonably models some known biological organism, and then run EV and see what happens.
Then, if the outcome does not produce a realistic evolutionary outcome, tweek the paramaters until one appears. Then check the parameters to ensure that they continue to reasonably model the original biological organism.
Eventually, by repeating the above, I would think that you would come upon a set of parameters that will successfully evolve the target organism within the time required.
If not, then I'd say you have a reasonable proof that current evolutionary theory has a timing problem. This doesn't necessarily rule out evolution, but it may call for some additional research into the underlying mechanisms of evolutionary change.
Conversely, if the organism evolves within the time available, then I'd say that your ID hypothesis is falsified.
At the moment, it seems to me that EV has demonstrated that evolution is possible, within some limit of measurement, although the limit is questioned as being too great. It further seems to me that engaging in a flame war is a non-productive use of time, unless everyone enjoys casting insults at each other.
So, why not just get together and try to do the research and then offer the results for publication?
I'm not a scientist, but I thought that getting published is the "money zone" for a researcher, and I would think that trying to get published would be a more interesting pursuit than merely arguing amongst each other for free.
But, then, I really like money, so maybe that's just my personal prejudice sneeking into this post.