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 Mar20 asked Consequences of Collatz Conjecture being true Dec16 awarded Caucus Nov19 revised 5 points on a plane with rational distances added 25 characters in body Nov19 revised 5 points on a plane with rational distances added 25 characters in body Nov19 revised 5 points on a plane with rational distances added 60 characters in body; edited title Nov19 comment 5 points on a plane with rational distances @MarkFischler I am sorry. I do not see why adding another point at a rational fraction between two others always works. For example, if I start with an equilateral triangle, then we cannot just add another point at a halfway between the other two, right? Nov19 comment 5 points on a plane with rational distances @peterwhy Thank you. I will edit the question to 5 points now. Nov19 asked 5 points on a plane with rational distances Sep24 awarded Autobiographer Aug5 awarded Yearling Jul2 awarded Curious Mar9 awarded Popular Question Oct29 comment A large set of low dimensional vectors in $\mathbb{F}_2^L$, which sums of any small subset do not cancel. @Servaes Sorry, I want to say that $L \le c\cdot \log n$ for some fixed $c$. Oct29 revised A large set of low dimensional vectors in $\mathbb{F}_2^L$, which sums of any small subset do not cancel. added 7 characters in body; edited tags; edited title Oct29 comment A large set of low dimensional vectors in $\mathbb{F}_2^L$, which sums of any small subset do not cancel. @JyrkiLahtonen Thank you. I change it to $\mathbb{F}_2^L$ now. Oct29 comment A large set of low dimensional vectors in $\mathbb{F}_2^L$, which sums of any small subset do not cancel. @Servaes Thank you. I tried to fix my mistake. Oct29 revised A large set of low dimensional vectors in $\mathbb{F}_2^L$, which sums of any small subset do not cancel. added 7 characters in body; edited tags; edited title Oct29 asked A large set of low dimensional vectors in $\mathbb{F}_2^L$, which sums of any small subset do not cancel. May18 asked Tools for optimizing asymptotic bounds. Apr3 asked The pattern of bitstrings of square numbers