Missouri Journal of Mathematical Sciences · 2009 · 10 citations · 3 references
Natural SciencesMathematicsTopologyCohomology TheoryCovering SpacesFundamental GroupGroup TheoryHomological AlgebraKnot TheoryBranched CoveringsClassification Of Covering SpacesFundamental Group Of A ManifoldGroup HomologyHomologyHomology GroupsKnot Complements
We classify by elementary methods the $p$-colorability of torus knots, and prove that every $p$-colorable torus knot has exactly one nontrivial $p$-coloring class. As a consequence, we note that the two-fold branched cyclic cover of a torus knot complement has cyclic first homology group.
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Knot theory and its applications
Choice Reviews Online · 1997 · 414 citations