User Zack Wolske

20 votes

Accepted

A Ramsey avoidance game

answered Jun 9, 2014 at 5:58

18 votes

Why tropical geometry?

answered Dec 16, 2011 at 17:16

13 votes

Can the difference of two distinct Fibonacci numbers be a square infinitely often?

answered Jan 5, 2012 at 8:35

11 votes

How does one find out what's happening in contemporary mathematics research?

answered Jun 20, 2014 at 15:38

10 votes

partly obscured Rubik's cube

answered Oct 10, 2012 at 6:22

10 votes

Casual tours around proofs

answered Nov 9, 2011 at 6:37

9 votes

Accepted

Sums of two same powers modulo $p$

answered Apr 1, 2012 at 19:13

9 votes

Stacks in modern number theory/arithmetic geometry

answered May 15, 2012 at 3:13

8 votes

A hypercube-related graph

answered Oct 28, 2011 at 0:33

8 votes

Interesting mathematical documentaries

answered Jun 19, 2012 at 20:31

8 votes

Accepted

Is this similar to a known combinatorial identity?

answered Jul 12, 2013 at 2:05

7 votes

Accepted

A conjecturally easier version of matrix Descartes rule of signs.

answered Aug 14, 2012 at 6:55

7 votes

Accepted

Series defined by a fixed-point functional equation

answered Mar 7, 2013 at 0:30

7 votes

What kid-friendly math riddles are too often spoiled for mathematicians?

answered Feb 26, 2021 at 0:03

6 votes

When has pure mathematics been influenced by the social context of mathematicians?

answered Jul 1, 2012 at 19:38

6 votes

Accepted

How many ways to partition a group of people?

answered Mar 19, 2014 at 22:48

5 votes

Algebraic Geometry for non-mathematician

answered Apr 9, 2014 at 22:19

5 votes

Can we sometimes define the parity of a set?

answered Apr 23, 2014 at 0:00

5 votes

Accepted

classify strongly regular graph with parameter (25,12,5,6)

answered May 23, 2012 at 18:16

5 votes

How the Fast Fourier Transform got its name

answered Jun 1, 2012 at 19:09

5 votes

Traversing the infinite square grid

answered Feb 18, 2012 at 6:10

4 votes

Short Course Suggestions For High School Students

answered Dec 22, 2011 at 1:22

4 votes

Minimal blocking objects with shadows like a cube

answered Aug 4, 2012 at 8:40

3 votes

Subwords of cube-free binary words

answered Sep 20, 2012 at 10:02

3 votes

Accepted

Is this bounded from below?

answered Mar 26, 2014 at 2:12

3 votes

Diophantine question

answered Feb 7, 2013 at 19:19

2 votes

Is there a hyperplane avoiding two independent sets?

answered Aug 24, 2014 at 19:58

2 votes

Irreducible binary quartic form with prescribed $I$ and $J$-invariants

answered May 31, 2016 at 16:28

2 votes

Repeatedly indexing into an $\infty$-sequence of integers

answered Oct 29, 2011 at 2:02

2 votes

Has Sid Sackson's "Hold That Line" been analyzed?

answered Jan 9, 2012 at 18:08

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39 Answers

A Ramsey avoidance game

Why tropical geometry?

Can the difference of two distinct Fibonacci numbers be a square infinitely often?

How does one find out what's happening in contemporary mathematics research?

partly obscured Rubik's cube

Casual tours around proofs

Sums of two same powers modulo $p$

Stacks in modern number theory/arithmetic geometry

A hypercube-related graph

Interesting mathematical documentaries

Is this similar to a known combinatorial identity?

A conjecturally easier version of matrix Descartes rule of signs.

Series defined by a fixed-point functional equation

What kid-friendly math riddles are too often spoiled for mathematicians?

When has pure mathematics been influenced by the social context of mathematicians?

How many ways to partition a group of people?

Algebraic Geometry for non-mathematician

Can we sometimes define the parity of a set?

classify strongly regular graph with parameter (25,12,5,6)

How the Fast Fourier Transform got its name

Traversing the infinite square grid

Short Course Suggestions For High School Students

Minimal blocking objects with shadows like a cube

Subwords of cube-free binary words

Is this bounded from below?

Diophantine question

Is there a hyperplane avoiding two independent sets?

Irreducible binary quartic form with prescribed $I$ and $J$-invariants

Repeatedly indexing into an $\infty$-sequence of integers

Has Sid Sackson's "Hold That Line" been analyzed?