Earlier quoted context omitted.
Thank you! I will try that and see how that goes. :) Edit: I got a stack overflow! Does that mean I should download more RAM, or what am I doing wrong?! --- But seriously, I think the author is referring to evolutionary algorithms. It does not make much sense regardless. Smith and Trinity are crucial to account for, but the author left them out completely.
> or what am I doing wrong?! Not using a a language implementation with tail call optimization, or recursing outside of tail position, probably.
For example:
> It simply means taking something you have, running it again, but running in such a way that it gets slightly better next run.
So... is there an end of this? Physically speaking, there is a limit, yeah, but can we reach the most perfect state where it cannot get any better?