On the Aicardi-Juyumaya bracket for tied links

Fuente: arXiv
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Main Author: Cárdenas-Andaur, O'Bryan
Format: Preprint
Published: 2024
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author Cárdenas-Andaur, O'Bryan
author_facet Cárdenas-Andaur, O'Bryan
contents Given a tied link $L$, the invariant $\langle\langle\cdot\rangle\rangle$ generalizes the Kauffman bracket of classical links. However, the analogues of Kauffman states and their relationship to this invariant are not immediately clear. We address this question by defining the Aicardi-Juyumaya states, and show that the contribution of each AJ-state to $\langle\langle\cdot\rangle\rangle$ does not depend on the chosen resolution tree. We also present an algorithm to compute the double bracket of a tied link diagram, and use it to find pairs of examples of (oriented) tied links sharing the same Homflypt polynomial but different tied Jones polynomial.
format Preprint
id arxiv_https___arxiv_org_abs_2411_06259
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle On the Aicardi-Juyumaya bracket for tied links
Cárdenas-Andaur, O'Bryan
Geometric Topology
57K10, 57K12, 57K14
Given a tied link $L$, the invariant $\langle\langle\cdot\rangle\rangle$ generalizes the Kauffman bracket of classical links. However, the analogues of Kauffman states and their relationship to this invariant are not immediately clear. We address this question by defining the Aicardi-Juyumaya states, and show that the contribution of each AJ-state to $\langle\langle\cdot\rangle\rangle$ does not depend on the chosen resolution tree. We also present an algorithm to compute the double bracket of a tied link diagram, and use it to find pairs of examples of (oriented) tied links sharing the same Homflypt polynomial but different tied Jones polynomial.
title On the Aicardi-Juyumaya bracket for tied links
topic Geometric Topology
57K10, 57K12, 57K14
url https://arxiv.org/abs/2411.06259