Interesting. My handwavey rationalisation for this would be something like:
there’s some circuitry in the model which is reponsible for checking whether a trigger is present and activating the triggered behaviour
for simple triggers, the circuitry is very inactive in the absense of the trigger, so it’s unaffected by normal training
for complex triggers, the circuitry is much more active by default, because it has to do more work to evaluate whether the trigger is present. so it’s more affected by normal training
Interesting. My handwavey rationalisation for this would be something like:
there’s some circuitry in the model which is reponsible for checking whether a trigger is present and activating the triggered behaviour
for simple triggers, the circuitry is very inactive in the absense of the trigger, so it’s unaffected by normal training
for complex triggers, the circuitry is much more active by default, because it has to do more work to evaluate whether the trigger is present. so it’s more affected by normal training