Skip to main content
Finally got it to make sense :-)
Source Link
TonyK
  • 2.2k
  • 15
  • 15

How about the shortest paper ever written with Alexander Soifer which proved that for small enough $\epsilon>0$, in order to cover an equilateral triangle of side length $n+\epsilon$, for some $\epsilon>0$, $n^2+2$ unit equilateral triangles suffice.

How about the shortest paper ever written with Alexander Soifer which proved that in order to cover an equilateral triangle of side length $n+\epsilon$, for some $\epsilon>0$, $n^2+2$ unit equilateral triangles suffice.

How about the shortest paper ever written with Alexander Soifer which proved that for small enough $\epsilon>0$, in order to cover an equilateral triangle of side length $n+\epsilon$, $n^2+2$ unit equilateral triangles suffice.

Added clarification of $>n$ condition
Source Link
Ivan Meir
  • 4.8k
  • 3
  • 32
  • 38

How about the shortest paper ever written with Alexander Soifer which proved that in order to cover an equilateral triangle of side length $>n$$n+\epsilon$, for some $\epsilon>0$, $n^2+2$ unit equilateral triangles suffice.

How about the shortest paper ever written with Alexander Soifer which proved that in order to cover an equilateral triangle of side length $>n$, $n^2+2$ unit equilateral triangles suffice.

How about the shortest paper ever written with Alexander Soifer which proved that in order to cover an equilateral triangle of side length $n+\epsilon$, for some $\epsilon>0$, $n^2+2$ unit equilateral triangles suffice.

Source Link
Ivan Meir
  • 4.8k
  • 3
  • 32
  • 38

How about the shortest paper ever written with Alexander Soifer which proved that in order to cover an equilateral triangle of side length $>n$, $n^2+2$ unit equilateral triangles suffice.

Post Made Community Wiki by Ivan Meir