Before you discard the past few posts out of hand, FL2, allow me to point out a couple of points that I consider valid enough for further scrutiny:
1) Yes, man has been selectively breeding for millennia and granted, we haven't managed to mutate a dog, but on the other hand evolution is a process considered to take place over tens to hundreds of *millions* of years. You have a point about selective breeding hastening the periods required for evolution, but does it do so to a high enough degree? Without looking at the math, my gut instinct is no. (Though you might be particularly biased here since, if I'm not mistaken, you've also argued that there's no proof that the Earth is over 10,000 years old or so.)
2) You didn't address Kefka's point about bacterial and viral mutations. If we're going to look at the time scale required for mutations, then certainly microorganisms offer the best way to 'speed' up time in the lab. And as far as I know, they have been observed to mutate.
3) This just popped into my head, but here goes anyway: If bacteria can mutate, but higher organisms haven't been observed to do so, might it not be more logical to infer that higher organisms either do not mutate any more having reached a certain level of complexity (or at least mutate a *vastly* slower rate) than to jump straight to what must surely be the final option (using Occam's shaving tool) and declare AHA! there's a god?
1) Yes, man has been selectively breeding for millennia and granted, we haven't managed to mutate a dog, but on the other hand evolution is a process considered to take place over tens to hundreds of *millions* of years. You have a point about selective breeding hastening the periods required for evolution, but does it do so to a high enough degree? Without looking at the math, my gut instinct is no. (Though you might be particularly biased here since, if I'm not mistaken, you've also argued that there's no proof that the Earth is over 10,000 years old or so.)
2) You didn't address Kefka's point about bacterial and viral mutations. If we're going to look at the time scale required for mutations, then certainly microorganisms offer the best way to 'speed' up time in the lab. And as far as I know, they have been observed to mutate.
3) This just popped into my head, but here goes anyway: If bacteria can mutate, but higher organisms haven't been observed to do so, might it not be more logical to infer that higher organisms either do not mutate any more having reached a certain level of complexity (or at least mutate a *vastly* slower rate) than to jump straight to what must surely be the final option (using Occam's shaving tool) and declare AHA! there's a god?