Poor phrasing on my part. Pi is a great example. The full length of Pi cannot be compressed using traditional means into the same number of bytes that the alg

Poor phrasing on my part. Pi is a great example. The full length of Pi cannot be compressed using traditional means into the same number of bytes that the algorithm that generates Pi can exist in. The point is that a function can generate a dataset that is complex, without redundant information in the data. A dataset that cannot be reduced to a smaller dataset. The idea that a complex function can only generate a simple data set with 'high redundancy' is obviously nonsense. My point being that the OP is suggesting the DNA that is the functional generator for the brain generates highly redundant physical structures because there is a limited amount of information in the functional generator (DNA). While the DNA may generate redundant or repeated structures, it does so (if it does) because of the function. Not because of the information density of the DNA. As your example of Pi shows, a trivial information density can generate complex datasets without repetition.