
Norine, Serguei
Edge-antipodal colorings of cubes ★★
Author(s): Norine
We let denote the
-dimensional cube graph. A map
is called edge-antipodal if
whenever
are antipodal edges.
Conjecture If
and
is edge-antipodal, then there exist a pair of antipodal vertices
which are joined by a monochromatic path.



Keywords: antipodal; cube; edge-coloring
