|
Is it possible that modern technology has actually ....
Evolutionists in the past have hidden behind the "it took billions of years" routine. Before the nuclear age it may have been necessary to get into a time machine to verify whether, given enough time, random mutations would cause life to evolve. However, with the advent of modern technology's ability to affect massive random mutations relatively quickly, there is no longer a need to dig into the past to see the contrived fallacies supporting the evolutionary powers of random mutation. The answer is right in front of us. Random mutations result in quite the opposite of what we've been led to believe. They result in nothing but illness and fatalities -- not improvements. What's more, the more massive and prolonged the occurrences of these mutations, the greater the havoc and destruction. So what do you suppose would happen to a planet subjected to random mutations for billions of years? Total annihilation!
When you take what we know as fact today about random mutation and try to reconstruct a scenario of those alleged billions of years of earth's history, instead of the fairy tale story of evolution, you come up with a picture which more and more resembles a horrible scene out of a "post-nuke" movie:
Even if earth had already been as populated in that alleged period of three and a half billion years ago as it is today, and had since been affected by billions and billions of random mutations, according to what we know today about random mutation, by now life would probably have been virtually wiped out. With random mutation being the highly destructive force that it apparently is, the process which was supposed to have caused life to evolve is precisely what would have caused, in all probability, such genetic havoc that few organisms would have survived the ordeal. Furthermore, under such circumstances, "survival of the fittest" is a totally ludicrous concept. The word "fit" would have described largely those organisms which were less disease ridden than the rest, a far cry from the "better species" of evolution. And of those "fit" survivors, many would have passed on genetic diseases to their offspring. Even if the "fit" had not been wiped out by the random mutations, their offspring still would have stood a chance of being wiped out by hereditary genetic diseases. Then, any disease-free offspring would again be threatened with annihilation when this entire mutation cycle started over again.
Thus, after billions and billions of years of random mutations, even in the unlikely event that some genes mutated in a way that might have ultimately produced some beneficial changes to an organism, an already populated planet would have been reduced to a few diseased life forms, at best. Those few beneficial genes, if they could even have existed, would have been so overwhelmed by the staggeringly high number of diseased genes necessary to produce just a few beneficial accidents, that they could never have borne any fruit. An organism would have been wiped out long before it had an iota of a chance to change or improve. In a sense, earth would have resembled a planet after a nuclear holocaust.
Now, if a planet began with relatively few life forms, as earth allegedly did, how far would life have gotten? I don't mean how far would evolution have gotten. I mean, how far would those few organisms have gotten before being wiped out by the destructive powers of random mutation? According to what we've actually seen random mutations do in modern times, life never would have gotten off the ground, let alone proliferated into highly complex and healthy species. In all likelihood, earth would have turned into a desolate planet long ago.
Even the mice mentioned earlier who were born twice their normal size as a result of intelligent mutation had a high mortality rate. That is, not only does random mutation produce diseased life forms, but even beneficial mutations can have fatal side effects. So how do you suppose billions of years of random mutations would effect life -- even if they accidentally produced a few beneficial mutations along the way? Start a process of evolution? Destruction sounds more like it.
|
