I would as a last note like to add, that in dna, just as with the creator word example I showed you above, random mutations wouldn't even be able to guess the hidden letter at all. Period. Why not? Because For mutations to take place, there has to be genetic information to begin with. for example radiation to affect it and a muitation to take place. So If it was crektor, then it could mutate it (this is of course, much simplified) and there is a very very very slight possibility the letter could be changed to the right one. But the same mutation that hit that letter could hit the other letters too just as easily, so that the whole thing is totally randomized or destroyed. Genetic information btw, is very very very very fragile, and for it to survive it needs to be preserved within an already living cell, with the ability to survive and pass on it's information.

If you read through a high school science book you may find them talking about mutations and evolution, and they'll talk about good mutations and show you a picture of a bad one. Fruit flies is a popular example. They've been hitting fruitflies with radiation for decades and decades and decades, but they have never seen an increase in genetic information. They've gotten lots and lots of deformaties, and that's it.

An even more incredible fact about dna is that it needs rna to read it, like a computer program needs an os to read it. So few people even partially grasp the incredible complexity of this system, it is so complex and amazing. The human mind itself is hardly understood. We only understand a tiny tiny fraction of all the brains wirings and functions. When it comes to that kind of stuff, humans remind me of chimpanzees banging on the keyboard.

It's one thing to say dna evolved, but for rna to evolve at the same time. NO. The first is not possible and the second is laughable.