All organisms today came about by genetic mutation and natural selection.
The genetic mutation, AS FAR AS Science can tell honestly, is random, but see-
ing how God is the Creator, he is clearly the one who guided this natural process
of evolution and is even still guiding this process today.
Nonsense.
Science has never demonstrated that Random Mutation acting on Natural Selection can give rise to the complex, intelligent biological life around us.
And you are still throwing around āEvolutionā loosely. Letās get unequivocal already:
If by āEvolutionā you are implying that common descent and natural selection are true then, yes, āEvolutionā is true.
But if by āEvolutionā you mean that random mutation gave rise rise to complex, intelligent life then, no, āEvolutionā is not true and no Science has not proven that it is true. There are some things that random mutation can do and it is certainly capable of explaining some simple features of life. But random mutation has to work with pre-existing cellular machinery, so there is a very limited number of things it can do. Sure, random mutation might blow up a bridge or build a dam with genetic debris. If such an event happened to do the organism some good, then it would be favored by natural selection. In a sense, that is what happened with the Antartic fish that have evolved what amounts to an antifreeze protein in their blood, but this type of example likely marks the far boundary of what random evolution can do.
Behe argues that the best evidence of what Darwinian (aka Random) Evolution is capable of doing in Nature (where it counts) is from the studies on such organisms as Malaria and HIV and E.Coli. What we see in these cases is not evolution, but rather devolution:
*Time is actually not the chief factor in evolution - population numbers are. In calculating how quickly a beneficial mutation might appear, evolutionary biologists multiply the mutation rate by the population sizeā¦
The numbers of malaria cells and HIV in just the past fifty years have probably greatly surpassed the number of mammals that have lived on the earth in the past several hundred million years. So the evolutionary behavior of the pathogens in even such a short time as a half century gives us a clear indication of what can happen with larger organisms over enormous time spans. The fact that no new cellular protein-protein interactions were fashioned, that mutations were incoherent, that changes in only a few genes were able to help, and that those changes were only relatively (not absolutely) beneficial - all that gives us strong reason to expect the same for large organisms over longer times.
Still, are the numbers weāve examined enough? A hundred billion billion (10^20) malarial cells and HIV viruses is certainly a lot, but itās miniscule compared to the number of microorganisms that have lived on the earth since it first formed. Workers at the University of Georgia estimate that 10^30 single-celled organisms are produced every year; over the billion-year plus history of the earth, the total number of cells that have existed may be close to 10^40. Looked at another way, for each malarial cell in the past fifty years there have been about 10^20 other microorganisms throughout history. Can we extrapoloate from malaria and HIV to all of bacteria? To all of life?
Sure. We do of course have to be cautious and keep in mind that we are indeed extrapolating, but science routinely extrapolates from what we see happening now to what happened in the past. The same laws of physics that work here and now are used to estimate broadly how the universe developed over billions of years. So we can also use current biology to infer generally what happened over the course of life on earth. Since we see no new protein-protein interactions developing in 10^20 cells, we can be reasonably confident that, at the least, no new cellular systems needing two new protein-protein interactions would develop in 10^40 cells - in the entire history of life. The principle that we use to make the extrapolation - that the odds against two independent events is the multiple of the odds against each event - is very well tested.
ā¦Until an organism is found that is demonstrated to be much more adept than the malarial parasite at building coherent molecular machinery by random mutation and natural selection, there is no positive reason to believe it can be done. And the best evidence we have from malaria and HIV argues that it is biologically unreasonable to think so.*