arXiv (Cornell University) · 2011 · 49 citations · 9 references
Graph TheoryKnot TheoryRogers-ramanujan Type IdentitiesAnalytic Number TheoryMock Modular FormAnalytic CombinatoricsColored Jones PolynomialAlgebraic CombinatoricsEnumerative CombinatoricsDiscrete MathematicsTail FunctionsKnot DiagramTheta FunctionMock Theta Function
We study the head and tail of the colored Jones polynomial while focusing mainly on alternating links. Various ways to compute the colored Jones polynomial for a given link give rise to combinatorial identities for those power series. We further show that the head and tail functions only depend on the reduced checkerboard graphs of the knot diagram. Moreover the class of head and tail functions of prime alternating links forms a monoid.
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