Clark Smith <email@example.com> wrote: > >> Would be the digits of e, pi, et al? >> If that's the case, no need for fancy pyooter algorithms? >> >> Inneresting article on pi, randomness, chaos. >> http://www.lbl.gov/Science-Articles/Archive/pi-random.html > > Is it not the case that the digits of e, pi et al. can't strictly > be random, if it is only because they are highly compressible? I.e. > because there small, compact formulas that spit out as many digits as you > want in a completely deterministic way?
That's exactly the viewpoint of Kolmogorov complexity theory (also called algorithmic complexity), already highly formalized, very easily google-able, primarily developed by (Kolmogorov and) G.J.Chaitin. Sounds like you read about it at some point, and subsequently forgot the source. -- John Forkosh ( mailto: firstname.lastname@example.org where j=john and f=forkosh )