Try just dropping a continuous string of letters together by random or for that matter, drop a string of random words together. What new information did you get?
You're right, that if its
completely random then you won't get much. But the Theory of Evolution doesn't describe it as being completely random, there is a selective pressure too.
So, in this case, it be like throwing a handful of Scrabble tiles on the floor and then selecting the groups of tiles that did happen to make words, pickinging up the rest of the tiles that didn't, and then throwing them back out again, selecting the groups of tiles that did happen to make words, pickinging up the rest of the tiles that didn't, and then throwing them back out again, and so on.
Soon enough, you'll have yourself some words that have been randomly generated from the tiles. You see, though, its not
completely random because you have that selective pressure.
Give me one example of truly new information being originated in the genome, it is simply a rearrangement of existing information.
Any time a mutation adds anything to the genome it is truly new information. Just like you can rearrange existing words to form new ideas, a rearrangement of existing genomic information is the origination of new information in the genome.
In the case of the E. coli, that one section of the genome was copied and pasted, and it resulted in an whole novel ability for the species.
SNP’s and inversions do not make new information. They simply rearrange or disrupt the existing background for adaptation to new functionality.
Again, with this logic, nobody can ever write down a novel idea because they're just using existing words. But we know that's bullshit.