Updating on the evidence of yourself updating is almost as much as a problem as is updating on the evidence of “I updated on the evidence of myself updating”. Tongue-in-cheek!
That is to say, the decision theory you are currently running is not equipped to handle the class of problems where your response to a problem is evidence that changes the nature of the very problem you are responding to—in the same way that arithmetic is not equipped to handle problems requiring calculus or CDT is not equipped to handle Omega’s two-box problem.
(If it helps your current situation, placebo effects are almost always static modifiers on your scientific/medical chances of recovery)
Do you have a suggestion for a better decision theory, or a suggestion on how exactly I have misinterpreted TDT to cause my current problems?
Knowing that MIGHT help, but probably not in practice. Specifically I’d need to know for every given instance of the problem a probability to assign which if it is assigned is also the actual chance.
Updating on the evidence of yourself updating is almost as much as a problem as is updating on the evidence of “I updated on the evidence of myself updating”. Tongue-in-cheek!
That is to say, the decision theory you are currently running is not equipped to handle the class of problems where your response to a problem is evidence that changes the nature of the very problem you are responding to—in the same way that arithmetic is not equipped to handle problems requiring calculus or CDT is not equipped to handle Omega’s two-box problem.
(If it helps your current situation, placebo effects are almost always static modifiers on your scientific/medical chances of recovery)
Do you have a suggestion for a better decision theory, or a suggestion on how exactly I have misinterpreted TDT to cause my current problems?
Knowing that MIGHT help, but probably not in practice. Specifically I’d need to know for every given instance of the problem a probability to assign which if it is assigned is also the actual chance.