The noncommutative A-ideal of a (2,2p+1)-torus knot determines its Jones polynomial
Răzvan Gelca, Jeremy Sain
Abstract
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Răzvan Gelca, Jeremy Sain
Abstract
Open-access reader
The noncommutative A-ideal of a knot is a generalization of the A-polynomial, defined using Kauffman bracket skein modules. In this paper we show that any knot that has the same noncommutative A-ideal as the (2,2p+1)-torus knot has the same colored Jones polynomials. This is a consequence of the orthogonality relation, which yields a recursive relation for computing all colored Jones polynomials of the knot.
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The noncommutative A-ideal of a knot is a generalization of the A-polynomial, defined using Kauffman bracket skein modules. In this paper we show that any knot that has the same noncommutative A-ideal as the (2,2p+1)-torus knot has the same colored Jones polynomials. This is a consequence of the orthogonality relation, which yields a recursive relation for computing all colored Jones polynomials of the knot.
Key concepts: Knot polynomial, Bracket polynomial, Noncommutative geometry, Mathematics, Quantum invariant, Knot (papermaking), Skein relation, Jones polynomial