Karthik Srinivasan on Nostr: npub1skvad…laky3 npub1ary93…5md4c npub1zllda…flhfq Yeah... once non-computable ...
npub1skvad2l2wrxgdmt6yxk9kt2rjhw5tucjzhf54pktfq2gg0qhgwyqdlaky3 (npub1skv…aky3) npub1ary93kr00e2m3zwpf4c5mgyctsr0sr80p07aw6xgcc4pw2v2md8qe5md4c (npub1ary…md4c) npub1zlldauz82v9n66z0kvjgs7ygm8fqsyhl7qm72mhzkvlhndcq05lshflhfq (npub1zll…lhfq)
Yeah... once non-computable reals are involved (i.e., uncountably infinite number of them than the countably infinite computable reals or rationals), and let's say you have dynamics (i.e., Newtonian mechanics), then whatever is generated as a deterministic sequence can be indistinguishable from "random". Chaotic systems if we do not know the initial conditions is exactly that.
A practical way to circumvent/ameliorate this deterministic vs non-deterministic as a scientist is you just compute what you can and work with that.
Yeah... once non-computable reals are involved (i.e., uncountably infinite number of them than the countably infinite computable reals or rationals), and let's say you have dynamics (i.e., Newtonian mechanics), then whatever is generated as a deterministic sequence can be indistinguishable from "random". Chaotic systems if we do not know the initial conditions is exactly that.
A practical way to circumvent/ameliorate this deterministic vs non-deterministic as a scientist is you just compute what you can and work with that.