Annoying Creationists
Population \ generation for convergence
2 \ failed to converge
4 \ 66547
8 \ 15916
16 \ 17257
32 \ 16416
64 \ 9082
128 \ 9378
256 \ 4078
512 \ 3685
1024 \ 2793
2048 \ 2080
4096 \ 2565
6000 \ 1541
8192 \ 1798
16384 \ 1001
32768 \ 743
65536 \ 633
131072 \ 483
262144 \ 702
524288 \ 642
1048576 \ 438
Paul is clinging to the hope that the 2 meg population case will continue to show fewer generations for convergence and that what is being seen between population 32768 and 1048576 is not simply noise due to the stochastic process.
You evolutionarians have another problem with your theory. Stephen Gould said that evolution by punctuated equilibrium occurs in small sub-populations in short time spans. This data from ev is in direct contradiction to Gould’s hypothesis.
Then why would you be so silly to say:Kleinman said:How could I be so silly, Darwin knew all about DNA, RNA, enzymes and structural proteins, cofactors, metabolic pathways…Dr Adequate said:Of course he didn't. Don't be silly.
when describing Darwin’s understanding of the complexity of living things. Darwin had no idea of these things.Dr Adequate said:Of course he did, don't be silly.
If you paid closer attention to this discussion you would know that Paul also said the following about the population effect in ev:Paul said:Yes, that's the obvious asymptote.Dr Adequate said:I think you'll find that anyone with the most basic competence in probability theory will also do so.
If you examined the ev model, you would find that it is not a simple probability problem but you appear to be afflicted with the same deficiency that other evolutionarians suffer from, superficiality. Your analysis of this model Dr is inAdequate.Paul said:Of course it is approaching an asymptote: zero. And I'm perfectly willing to believe it's actually approaching a higher asymptote.
The problem for you evolutionarians is that ev appears to be showing that population much smaller than 2 meg appear to be approaching an asymptote. Why do you think Paul is doing this 2 meg case, he is trying to show that you still get some reduction in the generations for convergence. For your sake, I will post the series which Paul is talking about, G=1000, mutation rate = 1 mutation per 1000 bases per generation, gamma = 16, binding site width = 6:Kleinman said:Even so, as large as bacterial populations can get, they will never be infinite.Dr Adequate said:I don’t see how you are applying your simple probabilistic model to Dr Schneider’s model. Start by defining the variables in your calculations
Population \ generation for convergence
2 \ failed to converge
4 \ 66547
8 \ 15916
16 \ 17257
32 \ 16416
64 \ 9082
128 \ 9378
256 \ 4078
512 \ 3685
1024 \ 2793
2048 \ 2080
4096 \ 2565
6000 \ 1541
8192 \ 1798
16384 \ 1001
32768 \ 743
65536 \ 633
131072 \ 483
262144 \ 702
524288 \ 642
1048576 \ 438
Paul is clinging to the hope that the 2 meg population case will continue to show fewer generations for convergence and that what is being seen between population 32768 and 1048576 is not simply noise due to the stochastic process.
You evolutionarians have another problem with your theory. Stephen Gould said that evolution by punctuated equilibrium occurs in small sub-populations in short time spans. This data from ev is in direct contradiction to Gould’s hypothesis.
You have not done an adequate job in reading Dr Schneider’s writings. I will post a third time on this thread what Dr Schneider ascribed to his single case published in Nucleic Acids Research. Myriad please note that I publish Dr Schneider’s quote in full.Kleinman said:I take it that you believe that Dr Schneider’s use of unrealistic parameters in his model to predict the evolution of a human genome is an appropriate application of his model...Dr Adequate said:No. In particular, Dr Schneider has not used his model "to predict the evolution of a human genome".
Please feel free to do the evolutionarian twist on Dr Schneider’s statement.Dr Schneider said:Likewise, at this rate, roughly an entire human genome of ~4x10^9 bits (assuming an average of 1 bit/base, which is clearly an overestimate) could evolve in a billion years, even without the advantages of large environmentally diverse worldwide populations, sexual recombination and interspecies genetic transfer.
Maybe you should start the society for the prevention of abuse of evolutionist computer models.Kleinman said:and my use of realistic parameters in his model to show how slow random point mutation and natural selection is an inappropriate application of his model.Dr Adequate said:I believe that your use of totally unrealistic parameters to get a totally unrealistic answer is an abuse of the model.
Joozb, is it Dr inAdequate’s argument that anything is possible at infinity or his sounds good to me argument that convinced you.joozb said:Dr. Adequate, You've done a very nice job in explaining your position and the flaws that kleinman has made. Unfortunately, he doesn't use logic or reason and is completely happy using intellectually dishonesty. Many flaws in his argument have been demonstrated, yet he refuses to acknowledge these. He'll stick to his "takes too long" story. For that is all it is, a story.
Hey, don’t blame me, it’s Dr Schneider’s model that is showing this.Kleinman said:Actually, I am not the one with the dilemma.Delphi ote said:No. You have the dilemma. You assume evolution is false. How do you then decide between your hypothesis, "Goddidit" and my hypothesis that the universe is one consciousness dreaming itself?