Alright, I will try to visualise what I see as the disagreement here.
It seems to me that Paul is saying that behaviourist abstractions will happen in smaller time periods than long time horizons.
(Think of these shards as in the shard theory sense)
Nate is saying that the right picture creates stable wants more than the left and Paul is saying that it is time-agnostic and that the relevant metric is how competent the model is.
The crux here is essentially whether longer time horizons are indicative of behaviourist shard formation.
My thought here is that the process in the picture to the right induces more stable wants because a longer time horizon system is more complex, and therefore heuristics is the best decision rule. The complexity is increased in such a way that it is a large enough difference between short-term tasks and long-term tasks.
Also, the Redundant Information Hypothesis might give credence to the idea that systems will over time create more stable abstractions?
Alright, I will try to visualise what I see as the disagreement here.
It seems to me that Paul is saying that behaviourist abstractions will happen in smaller time periods than long time horizons.
(Think of these shards as in the shard theory sense)
Nate is saying that the right picture creates stable wants more than the left and Paul is saying that it is time-agnostic and that the relevant metric is how competent the model is.
The crux here is essentially whether longer time horizons are indicative of behaviourist shard formation.
My thought here is that the process in the picture to the right induces more stable wants because a longer time horizon system is more complex, and therefore heuristics is the best decision rule. The complexity is increased in such a way that it is a large enough difference between short-term tasks and long-term tasks.
Also, the Redundant Information Hypothesis might give credence to the idea that systems will over time create more stable abstractions?