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Will Schaefer's user avatar
Will Schaefer's user avatar
Will Schaefer's user avatar
Will Schaefer
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  • Member for 10 years, 2 months
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The distribution of the shortest path through $n$ points
The only idea that comes to mind for improving @RobertIsrael's bound, following from Noam Elkies's answer, would be to integrate over all rectangles of area $c^2/\beta^2$, not just squares -- I'll see if I can make any improvements.
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The distribution of the shortest path through $n$ points
That is pretty awesome. So, the fact that this is an upper bound comes from the fact that the region whose volume you take doesn't have to lie in $\mathcal{S}^{n}$?
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The distribution of the shortest path through $n$ points
@IgorRivin, the bound by Robert Israel looks very nice to me. Would be nice to know if there's anything even tighter.
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