Lattice homology, formality, and plumbed L-space links

Fuente: arXiv
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Autores principales: Borodzik, Maciej, Liu, Beibei, Zemke, Ian
Formato: Preprint
Publicado: 2022
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author Borodzik, Maciej
Liu, Beibei
Zemke, Ian
author_facet Borodzik, Maciej
Liu, Beibei
Zemke, Ian
contents We define a link lattice complex for plumbed links, generalizing constructions of Ozsváth, Stipsicz and Szabó, and of Gorsky and Némethi. We prove that for all plumbed links in rational homology 3-spheres, the link lattice complex is homotopy equivalent to the link Floer complex as an $A_\infty$-module. Additionally, we prove that the link Floer complex of a plumbed L-space link is a free resolution of its homology. As a consequence, we give an algorithm to compute the link Floer complexes of plumbed L-space links, in particular of algebraic links, from their multivariable Alexander polynomial.
format Preprint
id arxiv_https___arxiv_org_abs_2210_15792
institution arXiv
publishDate 2022
record_format arxiv
spellingShingle Lattice homology, formality, and plumbed L-space links
Borodzik, Maciej
Liu, Beibei
Zemke, Ian
Geometric Topology
Algebraic Geometry
57K10, 57K18, 57R58, 14B05, 14J17, 14H20
We define a link lattice complex for plumbed links, generalizing constructions of Ozsváth, Stipsicz and Szabó, and of Gorsky and Némethi. We prove that for all plumbed links in rational homology 3-spheres, the link lattice complex is homotopy equivalent to the link Floer complex as an $A_\infty$-module. Additionally, we prove that the link Floer complex of a plumbed L-space link is a free resolution of its homology. As a consequence, we give an algorithm to compute the link Floer complexes of plumbed L-space links, in particular of algebraic links, from their multivariable Alexander polynomial.
title Lattice homology, formality, and plumbed L-space links
topic Geometric Topology
Algebraic Geometry
57K10, 57K18, 57R58, 14B05, 14J17, 14H20
url https://arxiv.org/abs/2210.15792