You're absolutely right! This can actually extend even to things like safety guardrails. If you tell or even train an AI to not be Mecha-Hitler, you're indirectly raising the probability that it might sometimes go Mecha-Hitler. It's one of many reasons why genuine "alignment" is considered a very hard problem.
If you are looking at something, you are more likely to steer towards it. So it's a bad idea to focus on things you don't want to hit. The best approach is to pick a target line and keep the target line in focus at all times.
I had never realized that AIs tend to have this same problem, but I can see it now that it's been mentioned! I have in the past had to open new context windows to break out of these cycles.
Children are particularly terrible about this. We needed up avoiding the brand new cycling trails because the children were worse hazards than dogs. You can’t announce you’re passing a child on a bike. You just have to sneak past them or everything turns dangerous immediately. Because their arms follow their neck and they will try to look over their shoulder at you.
Then any time the probability chains for some command approaches that locus it'll fall into it. Very much like chaotic attractors come to think of it. Makes me wonder if there's any research out there on chaos theory attractors and LLM thought patterns.
Claude?
‘Yes sir!’ -> does whatever they want when you’re not looking.
Is this irony, actual LLM output or another example of humans adopting LLM communication patterns?