I am seeking a link to a question I posed myself, but which I can no longer find, either with Google site:https://mathoverflow.net
or with StackExchange search (which I have not mastered). It was a question about the probability that unit-radius circles with centers randomly placed in a sphere in $\mathbb{R}^3$ are interlocked. My searches keep hitting this question, which is related but not what I'm seeking. Thanks!
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1$\begingroup$ Could it be this? mathoverflow.net/questions/128940/… $\endgroup$– Todd Trimble ModCommented Apr 27, 2018 at 17:13
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$\begingroup$ @ToddTrimble: YES! "Random rings linked into one component?" Perhaps the search was difficult because I used "rings" rather than "circles" in the title. Thank you! May I ask: How did you find it? $\endgroup$– Joseph O'RourkeCommented Apr 27, 2018 at 17:27
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1$\begingroup$ I think my Google search terms were "joseph o'rourke mathoverflow linked circles" and it was the third result appearing (and the first I tried). I figured "linked" rather than "interlocked" might give better returns. :-) $\endgroup$– Todd Trimble ModCommented Apr 27, 2018 at 18:40
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1$\begingroup$ @ToddTrimble: Shows how personalized is Google search now. That same string of words doesn't get me even close: four pages of misses. $\endgroup$– Joseph O'RourkeCommented Apr 27, 2018 at 21:23
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$\begingroup$ I guess! But just now I tried "linked circles" in the search function for MathOverflow, and I found it round about result 5 (and result 2 under your name). Do you get the same behavior? $\endgroup$– Todd Trimble ModCommented Apr 27, 2018 at 23:22
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$\begingroup$ @ToddTrimble: Yes, exactly the same. Very simple! Of course StackExchange doesn't personalize searches like Google does. $\endgroup$– Joseph O'RourkeCommented Apr 27, 2018 at 23:53
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$\begingroup$ @ToddTrimble I would suggest that you could expand your comments to an answer. (Perhaps including, as in one of your comments, what exactly you used for searching.) If not for other reason, you deserve the credit both for taking the time - even if only in the form of a few upvotes on meta. And also the description how you searched might be useful for other users and it will be more visible in answer than comments. (And perhaps also the fact that Google returns different results for different people might be worth mentioning.) $\endgroup$– Martin SleziakCommented Apr 28, 2018 at 6:26
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$\begingroup$ I will add that if I search for joseph o'rourke mathoverflow linked circles as suggested in Todd Trimble's comment, I get the linked post among top results. (I have also added a link, so that if we compare whether the Google search behaves very differently for other users, we make sure that we are using exactly the same search.) $\endgroup$– Martin SleziakCommented Apr 28, 2018 at 6:28
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$\begingroup$ @MartinSleziak I feel my comments are ad hoc and don't rise to a methodology as your own answer does, and would be of limited use to others in a similar situation. Thanks for the invitation anyway. I got enough "credit" from Joseph's expression of appreciation, and I'm glad to have helped. $\endgroup$– Todd Trimble ModCommented Apr 28, 2018 at 11:29
1 Answer
It is kind of easy to add suggestions how to search post fact, after Todd Trimble already found that the question is this one: Random rings linked into one component?.
Still, I'm tempted to add a little bit of advice about searching of your own posts using the internal search engine.
- There is a operator
user:userid
which restrict the search to posts of a specific user. For your own posts you can useruser:me
. Or if you go to your profile page you have the search with your userid is automatically shown in the search box. (And checking the profile is also a way how to find out what is userid for another user, if you need it. For example if you want to search for posts by specific user.) - It is possible to restrict search to posts in specific tag (or tags). This is useful if you have reasonable idea about some tags that have been used in the question.
- If you want to search only among question, you can use
is:q
.
In this specific situation, it seems from your description that the question is very likely tagged pr.probability or geometric-probability (or maybe both). And combination of pr.probability and mg.metric-geometry sound quite plausible, too. So it is reasonable idea to restrict search by one of these tags.
- The search user:6094 is:q [pr.probability] (=your questions tagged (pr.probability)) returns 72 results. It is not that many - perhaps it would be possible to go through all of them. Of course, you can add further keywords to make the search finer. For example, circles, unit circles, circles sphere.
- If you do not succeed this way, you could try search for your questions in the tag geometric-probability. Or the combinations of tags pr.probability and mg.metric geometry. (And of course, you can again add other keywords to the search restricted just by tags.)
Of course, if you recall more information about the question, you can improve your search. For example, if you remember who answered the question, you can try among the answers of this user. (To search among answers you can use "is:a". For example, if somebody looks for the same questions and they remember that it was answered by Benoît Kloeckner, they might try to search among answers by this user in some related tag.) In fact, if you remember one of the answerers, you can combine this with the fact that you are searching among your questions - this cannot be done using the internal search engine, but you can still use data explorer (SEDE) for this. For more details see this post: Is it possible to search for posts/questions of an user $X$ commented on/answered by the user $Y$?
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$\begingroup$ This is very useful, Martin! Even just
user:me
is quite helpful. $\endgroup$ Commented Apr 28, 2018 at 11:38 -
$\begingroup$ Well
user:me
indeed restrict the search results a lot. Although it is different for users like me (I only have to search only among a few posts if I am looking for my own post) and some exceptional users who even after this restriction get more than thousand posts. :-) $\endgroup$ Commented Apr 28, 2018 at 12:03