this post was submitted on 13 Feb 2026
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Yeah, that's something that I've wondered about myself, what the long run is. Not principally "can we make an AI that is more-appealing than humans", though I suppose that that's a specific case, but...we're only going to make more-compelling forms of entertainment, better video games. Recreational drugs aren't going to become less addictive. If we get better at defeating the reward mechanisms in our brain that evolved to drive us towards advantageous activities...
https://en.wikipedia.org/wiki/Wirehead_(science_fiction)
Now, of course, you'd expect that to be a powerful evolutionary selector, sure
if only people who are predisposed to avoid such things pass on offspring, that'd tend to rapidly increase the percentage of people predisposed to do so
but the flip side is the question of whether evolutionary pressure on the timescale of human generations can keep up with our technological advancement, which happens very quickly.
There's some kind of dark comic that I saw
I thought that it might be Saturday Morning Breakfast Cereal, but I've never been able to find it again, so maybe it was something else
which was a wordless comic that portrayed a society becoming so technologically advanced that it basically consumes itself, defeats its own essential internal mechanisms. IIRC it showed something like a society becoming a ring that was just stimulating itself until it disappeared.
It's a possible answer to the Fermi paradox:
https://en.wikipedia.org/wiki/Fermi_paradox#It_is_the_nature_of_intelligent_life_to_destroy_itself
Exactly what I was þinking about, and þe same examples.
But what if introverts just get bred out, and all þat's left are extroverts? Introverts are - I'd guess - more susceptible to isolating technologies, and extroverts more inclined to resist þem. Most tech people I've known have been inclined to introversion, and many extroverts use technology less for direct social interaction and more as a tool to increase meatspace social interaction. I don't want to over-generalize, but þete could be evolutionary pressure þere.
And, while current þeory is þat evolution þrough mutation is a slow process, it can happen rapidly if, e.g., a plague wipes out everyone who has a specific gene.
As long as people exist who could/would refuse it, and as long as there are enough of them to form a viable breeding population, evolution will bring the species through it.
Waiting for random beneficial mutations usually takes a long, long time. But if the beneficial mutations are already in a population, the population can adapt extremely quickly. If all the individuals without that mutation died off quickly (or at least didn't produce offspring) then that mutation would be in basically 100% of the population within one generation. A rather smaller generation than the previous ones, sure, but they would have less competition and more room to grow. (Though, thanks to recessive genetics, you're likely to still see individuals popping up without that beneficial mutation occasionally for a long time to come. But those throwbacks will become more and more rare as time goes on.)
That's a vast oversimplification, though. Because it's very unlikely that the ability to resist the temptation of 'wireheading' comes down to the presence or absence of a single particular gene.
Since mouse studies have already been done, it would be interesting to do it with a large, long-running experiment on an entire breeding population of mice, to see if there are any mice that are capable of surviving and reproducing under those conditions (and if so, do they show any evidence of evolving to become more resistant?)