Sorry if this comes across as the rant it is. If you are interested in doing useful stuff rather then navel gazing please stop here. Where are compute languages going? I think multi core, distributed, fault tolerant. So you would end up with a computer of the sort envisioned by Hillis in the 80s with his data parallel programs. The only language that seems even close to this model is Erlang. What am I missing about the ability of Haskell to distribute across processors or a network? Say instead of fault tolerant it is fault avoiding. Can proving programs correct (with Haskell) really reduce our workload? http://www.seas.upenn.edu/~sweirich/wmm/03-benton.pdf Finally is Haskell a language for programming or a mental gymnasium that might be the proving ground for concepts in the next popular language? To quote from a post on the topic "Old functional programming ideas " on programming.reddit.com "Church-Turing equivalence tells us that all models of recursive computing have the same formal power. But it tells us nothing about which models are the most effective way for humans to understand and express definitions of functions. For some reason I'd expect researchers in programming languages to have a lot of opinions on this subject. But they don't seem to talk about it much. Instead, a cynical and mean-spirited person might come to the conclusion that PL researchers (such as Wadler) are actually just mathematicians, who happen to have discovered a new name for their specialty which comes with a lot more funding. They certainly seem quite comfortable working in a notation that almost no programmers understand or seem to be learning. If a responsible scientist wanted to counter this cynical, mean-spirited, and generally Luddite and Philistine argument, what would he or she say?"