I saw this post from EY a while ago and felt kind of repulsed by it:
I no longer feel much of a need to engage with the hypothesis that rational agents mutually defect in the oneshot or iterated PD. Perhaps you meant to analyze causal-decision-theory agents?
Never mind the factual shortcomings, I'm mostly interested in the rejection of CDT as rational. I've been away from LW for a while and wasn't keeping up on the currently popular beliefs on this site, and I'm considering learning a bit more about TDT (or UDT or whatever the current iteration is called). I have a feeling this might be a huge waste of time though, so before I dive into the subject I would like to confirm that TDT has objectively been proven to be clearly superior to CDT, by which I (intuitively) mean:
"Shown to be possible in real life" excludes Omega, many-worlds, or anything of similar dubiousness. So has this been proven? Also, is there any kind of reaction from the scientific community in regards to TDT/UDT?
I think people have slightly misunderstood what I was referring to with this:
- There exist no problems shown to be possible in real life for which CDT yields superior results.
- There exists at least one problem shown to be possible in real life for which TDT yields superior results.
My question was whether there is a conclusive, formal proof for this, not whether this is widely accepted on this site (I already realized TDT is popular). If someone thinks such a proof is given somewhere in an article (this one?) then please direct me to the point in the ar...
If it's worth saying, but not worth its own post (even in Discussion), then it goes here.