Signatures of iterated torus links

Fuente: arXiv
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Main Author: Orevkov, S. Yu.
Format: Preprint
Published: 2020
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author Orevkov, S. Yu.
author_facet Orevkov, S. Yu.
contents We compute the multivariate signatures of any Seifert link (that is a union of some fibers in a Seifert homology sphere), in particular, of the union of a torus link with one or both of its cores (cored torus link). The signatures of cored torus links are used in Degtyarev-Florens-Lecuona splicing formula for computation of multivariate signatures of cables over links. We use Neumann's computation of equivariant signatures of such links. For signatures of torus links with the core(s) we also rewrite the Neumann's formula in terms of integral points in a certain parallelogram, similar to Hirzebruch's formula for signatures of torus links (without cores) via integral points in a rectangle.
format Preprint
id arxiv_https___arxiv_org_abs_2007_13468
institution arXiv
publishDate 2020
record_format arxiv
spellingShingle Signatures of iterated torus links
Orevkov, S. Yu.
Geometric Topology
We compute the multivariate signatures of any Seifert link (that is a union of some fibers in a Seifert homology sphere), in particular, of the union of a torus link with one or both of its cores (cored torus link). The signatures of cored torus links are used in Degtyarev-Florens-Lecuona splicing formula for computation of multivariate signatures of cables over links. We use Neumann's computation of equivariant signatures of such links. For signatures of torus links with the core(s) we also rewrite the Neumann's formula in terms of integral points in a certain parallelogram, similar to Hirzebruch's formula for signatures of torus links (without cores) via integral points in a rectangle.
title Signatures of iterated torus links
topic Geometric Topology
url https://arxiv.org/abs/2007.13468