invest07
Well-Known Member
- Joined
- May 7, 2007
- Messages
- 550
This post expands on yesterday’s post because there is a very important point to be made here. The point is that evolution, as hypotheiszed, is a slow process and even assuming billions of years, there is nowhere near enough time for evolution to produce the highly complex DNA molecule. Evolution proceeds at a snail’s pace. Macroevolutionists have told us for 150 years that evolution can’t be observed because the mutations take many generations to assimilate into the general population. The problem with proceeding at a snail’s pace is that, even with billions of years, too many mutations are necessary to produce complex biological organisms. Even billions of years aren’t anywhere enough.
To illustrate, let’s look at the way evolution is alleged to work. A mutation, which is the initiator event for evolutionary, is a mistake during replication. Sort of a copying error. Somewhere during the process when the DNA molecule rips aparts and fuses back together one of the base pairs winds up corrupted. From an evolutionary viewpoint, there are 3 possible types of mutation/mistakes:
And macroevolution is most concerned with Type A mutation/mistakes. Types B and C do not result in any improvement to the individual or the species. The frequency of Type A mutation/mistakes also varies from one species to another. And specific environmental conditions play a big role here. What improves a water bird’s ability to survive on a fresh water Canadian lake may harm their chance for survival in a southern brackish wetland. So the frequency of “good” (Type A) mutation/mistake also varies widely. A reasonable average for frequency of “good” mutation/mistakes is 1 in 1,000.
So it takes somewhere around 10 million reproductive events to produce one “good” Type A mutation/mistake.
So now we have one individual who was born with a mutation/mistake that makes his/her DNA different from all peers. If that individual does survive to reproductive age and does reproduce, then the mutation/mistake has made it into the gene pool of this specific population. Now it is time for Natural Selection to take over and find out whether this mutation/mistake is a Type A, B or C. This will take several generations of exposure to predators and drought and famine and rainy seasons and disease to determine whether or not the mutation/mistake will survive or be weeded out of the gene pool by Natural Selection.
So how long does it take evolution to decide whether a mutation/mistake will survive or be weeded out? For bugs, which breed in great numbers, have a short lifetime and take a correspondingly short time to reach sexual maturity, my guess is that this might take as little as a year. Probably takes more but this estimate is a best case scenario to give evolutionists the benefit of every doubt.
Wild dogs breed with 3-7 in a litter, tend to have relatively small numbers of individuals in a population/pack and reach sexual maturity in a little over a year. Since it will take Natural Selection at least 30-40 generations (my estimation) to weed out the Type 3 mutation/mistakes, the time frame for wild dogs is probably somewhere in the 40-50 year range.
Humans deliver one baby at a time and take 11-14 years to reach sexual maturity, depending on the level of nutrition and what point in history you want to consider. Primitive man also tended to group in small tribes so the number of reproductive events would be much smaller for humans than for bugs. 30-40 generations for humans is somewhere in the 400-500 year range.
So it takes evolution maybe a year to process one mutation in bugs. It takes 40-50 years in mammals like wild dogs and 400-500 years to process one mutation/mistake in humans. And it takes around a thousand mutations to get one of the “good” Type A’s.
Translation: Evolution must repeat this process 1000 times to get the one “good” Type A and to eliminate the 999 “bad” Type C’s.
And if a significant evolutionary change requires several or maybe hundred’s of mistakes/mutations then the time frame is increased and increased and increased. Things just get slower and slower for evolution as it is hypothesized.
My post yesterday was a rough probability calculation of how many random mutation/mistakes would have to occur to produce a functional human DNA molecule. That number was 4 raised to the 6 billionth power. Even 100 of NASA’s faster computers combined couldn’t consider every one of those possibilities if they ran continuously for all of the 1.5 billion years. If evolution moved at a thousand times the speed of light, it still is not enough time. And every Darwinista you talk to says evolution is slow, slow, slow. More like a snail’s pace than the speed of light.
There is no way in Hell evolution ever produced any DNA molecule. Even with 1.5 billion years, ain’t nowhere near enough time.
And if DNA can’t be the result of naturalistic evolution, where did it come from?
To illustrate, let’s look at the way evolution is alleged to work. A mutation, which is the initiator event for evolutionary, is a mistake during replication. Sort of a copying error. Somewhere during the process when the DNA molecule rips aparts and fuses back together one of the base pairs winds up corrupted. From an evolutionary viewpoint, there are 3 possible types of mutation/mistakes:
A. The ability of the individual to survive is enhanced.
B. The mutation/mistake is survival neutral.
C. The ability of the individual to survive is diminished.
Mutations are rare. The frequency varies from one species to another and is also dependent on specific environmental conditions. Geneticists use a frequency of 1 in 10,000 as a reasonable figure for mutation/mistake frequency. The actual frequency will vary but this is a rough average. B. The mutation/mistake is survival neutral.
C. The ability of the individual to survive is diminished.
And macroevolution is most concerned with Type A mutation/mistakes. Types B and C do not result in any improvement to the individual or the species. The frequency of Type A mutation/mistakes also varies from one species to another. And specific environmental conditions play a big role here. What improves a water bird’s ability to survive on a fresh water Canadian lake may harm their chance for survival in a southern brackish wetland. So the frequency of “good” (Type A) mutation/mistake also varies widely. A reasonable average for frequency of “good” mutation/mistakes is 1 in 1,000.
So it takes somewhere around 10 million reproductive events to produce one “good” Type A mutation/mistake.
(1,000 x 10,000 = 10,000,000).
So now we have one individual who was born with a mutation/mistake that makes his/her DNA different from all peers. If that individual does survive to reproductive age and does reproduce, then the mutation/mistake has made it into the gene pool of this specific population. Now it is time for Natural Selection to take over and find out whether this mutation/mistake is a Type A, B or C. This will take several generations of exposure to predators and drought and famine and rainy seasons and disease to determine whether or not the mutation/mistake will survive or be weeded out of the gene pool by Natural Selection.
So how long does it take evolution to decide whether a mutation/mistake will survive or be weeded out? For bugs, which breed in great numbers, have a short lifetime and take a correspondingly short time to reach sexual maturity, my guess is that this might take as little as a year. Probably takes more but this estimate is a best case scenario to give evolutionists the benefit of every doubt.
Wild dogs breed with 3-7 in a litter, tend to have relatively small numbers of individuals in a population/pack and reach sexual maturity in a little over a year. Since it will take Natural Selection at least 30-40 generations (my estimation) to weed out the Type 3 mutation/mistakes, the time frame for wild dogs is probably somewhere in the 40-50 year range.
Humans deliver one baby at a time and take 11-14 years to reach sexual maturity, depending on the level of nutrition and what point in history you want to consider. Primitive man also tended to group in small tribes so the number of reproductive events would be much smaller for humans than for bugs. 30-40 generations for humans is somewhere in the 400-500 year range.
So it takes evolution maybe a year to process one mutation in bugs. It takes 40-50 years in mammals like wild dogs and 400-500 years to process one mutation/mistake in humans. And it takes around a thousand mutations to get one of the “good” Type A’s.
Translation: Evolution must repeat this process 1000 times to get the one “good” Type A and to eliminate the 999 “bad” Type C’s.
And if a significant evolutionary change requires several or maybe hundred’s of mistakes/mutations then the time frame is increased and increased and increased. Things just get slower and slower for evolution as it is hypothesized.
My post yesterday was a rough probability calculation of how many random mutation/mistakes would have to occur to produce a functional human DNA molecule. That number was 4 raised to the 6 billionth power. Even 100 of NASA’s faster computers combined couldn’t consider every one of those possibilities if they ran continuously for all of the 1.5 billion years. If evolution moved at a thousand times the speed of light, it still is not enough time. And every Darwinista you talk to says evolution is slow, slow, slow. More like a snail’s pace than the speed of light.
There is no way in Hell evolution ever produced any DNA molecule. Even with 1.5 billion years, ain’t nowhere near enough time.
And if DNA can’t be the result of naturalistic evolution, where did it come from?