I wouldn't agree that you always marry the "wrong" person. I will admit that truly happy long-term marriages are exceedingly rare, an educated estimate I have read is that it is maybe about 10%. Then we have the well-known statistic that about 50% of marriages end in divorce. About 90% of those divorces are initiated by the woman, and in most of those cases the man ends up paying the woman while have access to his children diminished. The 40% that don't get divorced despite being unhappy are "making the best of it," as you say. I suspect most of those people are "doing it for the kids." Chris Rock joked that those 40% simply "don't have the courage to leave." Given that 90% of divorces are initiated by women, this would imply that 85% of men do not have the courage to initiate a divorce regardless of how unhappy or dire the circumstances may be.
The "optimal" mathematical strategy described in the article is also known as the "Secretary problem" and is definitely something worth pondering. The TLDR of the post is that, if you believe that you can attract up to 8 candidate partners, then you should pass on the first 3 candidates and then only stop when the next candidate is better than all prior ones. If you think that can attract up to 100 partners, then the optimal strategy is to pass on the first 9 candidates. Now this is just a mathematical model, with lots of assumptions, but the crucial point that it conveys is the importance of evaluating and passing before deciding, if you want to improve your chances of having a happy marriage. Knowing know dismal the actual statistics are, and how great the risks are, it would behoove an unmarried man to proceed with extreme caution when considering
legally binding relationships or marriage contracts.
How does this contend with other optimal stopping problems? I just started reading 'Algorithms to Live By' and the very first chapter talks about the 37% rule [1], which feels similar. According to The Dating Problem [2] I should reject the first 37 candidates (when N=100 like in OP's example)
Reject 33 candidates if you want to maximize your likelihood of getting the best candidate out of 100, and 9 if you want to maximize how good the candidate you get is.
I have an algorithm: when choosing anything (shoes, cars, spouse) develop a criterion and search until you find someone(thing) that meets it. Then pass that one up, and look until you find one that is better. Choose that better one.
It increases your statistical chance of finding a 'good' on, with a pretty good bound on search time. And you feel like you did your diligence, so it limits 'buyer's remorse' to a manageable level.
I’ve found knowing the 1/e rule helps a lot with reducing stress when interviewing. It’s knowing that, if I haven’t randomly landed outside the first third, they should optimally say no to me, regardless of performance.
I read the article and came way confused. What's the 1/e rule? You mention something about "the first third", which implies you have a number in mind. How is that chosen? Is it just the available set of choices? For a spouse, wouldn't that be in the billions?
They will be plagued for the rest of their life by their inability to discern the absolute value of their life partner, forever wondering if there is somebody 10% more compatible out there.
I did a variation on this in high school, where the wife (in this case) would also have to choose you. So it was at what point you stop searching if your partner is also playing the same game. It makes more sense imo since you can't just decide that someone will marry you.
All candidates are by definition, candidates. Someone who you might be willing but they aren't, is not in the set of candidates. IE they have no bearing on this at all.
I found it to be very interesting from a statistical perspective. The language used does feel outdated, but I quite liked having a real world (tongue in cheek) example to make the math relatable.
Removing the genders (perhaps using the second person 'you'), and using 'partner' instead of wife may be the modern way, and would probably be just as relatable and compelling, while also being inclusive.
I'm wondering what negative effect this article could have for women in tech though?
My partner, a woman in tech, frequently tells me there is one type of person she feels holds her back professionally. It's the type of person that treats her like she is weak and needs to be coddled and protected from anything that could be perceived as threatening. I certainly don't have any real idea on what effect this article or your comment has, but I do think women are plenty capable of not only handling, but maybe even enjoying this article.
OK, suppose it gets flagged on HN and is removed. The article would still exist on the parent site and would (supposedly) keep harming women in tech. What then? Remove it from search results? Or even better, make it a crime to write wrongthink of this sort?
[+] [-] jelling|4 years ago|reply
If you show her this article and she's still into you, that's the right one for you.
[+] [-] ssss11|4 years ago|reply
[+] [-] genjipress|4 years ago|reply
[+] [-] CoastalCoder|4 years ago|reply
[+] [-] riskneutral|4 years ago|reply
The "optimal" mathematical strategy described in the article is also known as the "Secretary problem" and is definitely something worth pondering. The TLDR of the post is that, if you believe that you can attract up to 8 candidate partners, then you should pass on the first 3 candidates and then only stop when the next candidate is better than all prior ones. If you think that can attract up to 100 partners, then the optimal strategy is to pass on the first 9 candidates. Now this is just a mathematical model, with lots of assumptions, but the crucial point that it conveys is the importance of evaluating and passing before deciding, if you want to improve your chances of having a happy marriage. Knowing know dismal the actual statistics are, and how great the risks are, it would behoove an unmarried man to proceed with extreme caution when considering legally binding relationships or marriage contracts.
[+] [-] pphysch|4 years ago|reply
Alternatively: Drive safe, work hard, and build a healthy relationship/family.
[+] [-] MattGaiser|4 years ago|reply
Resume and wife optimization provide cumulative lifetime value.
[+] [-] ghawk1ns|4 years ago|reply
So do I reject the first 9 or 37 candidates?
source: [1] https://medium.com/galleys/optimal-stopping-45c54da6d8d0 [2] https://medium.com/intriguing-algorithms/thirty-seven-percen...
[+] [-] mgaunard|4 years ago|reply
[+] [-] pram|4 years ago|reply
[+] [-] nielsbot|4 years ago|reply
[+] [-] JoeAltmaier|4 years ago|reply
It increases your statistical chance of finding a 'good' on, with a pretty good bound on search time. And you feel like you did your diligence, so it limits 'buyer's remorse' to a manageable level.
[+] [-] romwell|4 years ago|reply
Shoes and spouses aren't in the same category.
[+] [-] pitched|4 years ago|reply
I’ve found knowing the 1/e rule helps a lot with reducing stress when interviewing. It’s knowing that, if I haven’t randomly landed outside the first third, they should optimally say no to me, regardless of performance.
[+] [-] gruez|4 years ago|reply
[+] [-] nighthawk454|4 years ago|reply
In this framing, it's based on time/age instead of number of candidates, so you don't need to know N.
[+] [-] coding123|4 years ago|reply
[+] [-] iamthemonster|4 years ago|reply
[+] [-] unknown|4 years ago|reply
[deleted]
[+] [-] splch|4 years ago|reply
[+] [-] Brian_K_White|4 years ago|reply
[+] [-] Tamarini|4 years ago|reply
After all, the woman has the ability to choose, too. So the matter may remain rather academic.
[+] [-] Max_Horstmann|4 years ago|reply
[+] [-] antihipocrat|4 years ago|reply
Removing the genders (perhaps using the second person 'you'), and using 'partner' instead of wife may be the modern way, and would probably be just as relatable and compelling, while also being inclusive.
I'm wondering what negative effect this article could have for women in tech though?
[+] [-] toolz|4 years ago|reply
[+] [-] b215826|4 years ago|reply