1) We don't need an unbounded utility function to demonstrate Pascal's Mugging. Plain old large numbers like 10^100 are enough.
2) It seems reasonable for utility to be linear in things we care about, e.g. human lives. This could run into a problem with non-uniqueness, i.e., if I run an identical computer program of you twice, maybe that shouldn't count as two. But I think this is sufficiently murky as to not make bounded utility clearly correct.
Thanks for this. And thanks also for the pointer to Scott's guide.
Did you do any testing pre-pregnancy, i.e. for genetic matchup between you and your husband? And did you do any of the fetal testing mentioned e.g. for autism? Wondering about the cost-benefit on those.
I finished my math PhD thesis in September!
Indeed, conservation laws correspond to symmetries: http://en.wikipedia.org/wiki/Noether%27s_Theorem
Along with the other physics-related examples here, Richard Dawkins' pendulum video seems relevant here: http://www.youtube.com/watch?v=Bsk5yPFm5NM
I was like this from ages 12-18, perhaps? It started because quite a few people actually were mean to me, but my brain incorrectly extrapolated and assumed everyone was. The beginning of the end was when I started to do something that I had defined as the province of the liked-people (in this case, dating), though it took about two years to purge the habit.
Perhaps there is something you are similarly defining to imply likedness, and you can do that thing.
Monologues or disjointed verbal fragments. When I am mad at someone (hasn't really happened for a few years :) ) I get into dialogues with them, usually going in circles.
For a teaser, the part about singing logarithms looks cool.
Is this actually incorrect, though? As far as I know, people have problems and inadequacies. When they solve them, they move on to worrying about other things. It's probably a safe bet that the awesome people you're describing do as well.
What probably is wrong is that general awesomeness makes hidden bad stuff more likely.
My relevant life excerpt is similar to yours. The first two changed because of increased understanding of how humans coordinate and act socially. Not sure if there is a link to the third.
I have been thinking about "holding off on proposing solutions." Can anyone comment on whether this is more about the social friction involved in rejecting someone's solution without injuring their pride, or more about the difficulty of getting an idea out of your head once it's there?
If it's mostly social, then I would expect the method to not be useful when used by a single person; and conversely. My anecdote is that I feel it's helped me when thinking solo, but this may be wishful thinking.
Welcome!
Here is a comment by Mitchell Porter.
http://lesswrong.com/lw/1kh/the_correct_contrarian_cluster/1csi
I like the idea of the intermittent text messages. I pay for texts, so I modified it to send me email. I'm having them sent with a random delay of 60-179 minutes and only between 8am and 10pm. I'll see how it goes for a few days (possibly tweaking the parameters) and do an open thread comment with my experiences and the setup instructions.
I wasn't good at social skills until something like age 17, though they still go bad because of winter depression. Kids have different brains too; I would tell adolescents wondering to wait a few years. For me it was like a light came on and I could understand strangers.
I noticed something recently which might be a positive aspect of akrasia, and a reason for its existence.
Background: I am generally bad at getting things done. For instance, I might put off paying a bill for a long time, which seems strange considering the whole process would take < 5 minutes.
A while back, I read about a solution: when you happen to remember a small task, if you are capable of doing it right then, then do it right then. I found this easy to follow, and quickly got a lot better at keeping up with small things.
A week or two into it, I t...
Hmm. What do we mean by weight? Mass * g?
Most of yours wouldn't come up in a search though.
Evolving a threat response over a half-million years on the African savannah hasn't really left me with any good mechanisms for dealing with a threatening number.
Rolling all 60 years of bets up into one probability distribution as in your example, we get:
I think what this shows is that the aggregating technique you propose is no different than just dealing with a 1-shot bet. So if you can't solve the one-shot Pascal's mugging, aggregating it won't help in general.