No, I got you right, I just used bad examples. How about Navier-Stokes or the other 20 or so standard
differential solutions I could never remember (again, that's why we have computers!
). My point was that differential solutions are not in theory possible to be performed by the human mind. As far as I know the ones we have prior to computers were intuition, insight and luck (much like Relativity or Gravity... pretty sure there is no derivation of
Newton's law of gravity - "a general physical law derived from empirical observations by what Newton called induction")
Shifting gears, what about "natural" algorithms? Genetics as software. Can all be done on paper so in theory patentable right? What about existing "natural" genetic algorithms (some of them pretty awesome) - are they a sort of "prior art"? Who was the artist?
I wonder if anyone has considered a high-level language for DNA yet? Something I could "compile" with a solid phase peptide synthesis setup.
I want to program me a virus, literally; but a good one, one that does something useful, then later more advanced life forms or "programs"! Muahaahahah! Where were we?
Ah yes, I think I just got the distinction straight in my head... one could patent an algorithm that produces a differential solution, but not the solution itself, correct?
Which is important, as it is the solution produced ultimately that has the greater value in widespread application.