$L$-space knots with positive surgeries that are not weakly symplectically fillable

Fuente: arXiv
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Autore principale: Nonino, Isacco
Natura: Preprint
Pubblicazione: 2024
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author Nonino, Isacco
author_facet Nonino, Isacco
contents In this paper we discuss a general strategy to detect the absence of weakly symplectic fillings of $L$-spaces. We start from a generic $L$-space knot and consider (positive) Dehn surgeries on it. We compute, using arithmetic data depending only on the knot type and the surgery coefficient, the value of the relevant geometric invariants used to obstruct fillability. We also provide a new example of an infinite family of hyperbolic $L$-spaces that do not admit weakly symplectic fillings. These are manifolds that lie inside $\{\text{Tight}\}$ but not inside $\{\text{Weakly Fillable}\}$.
format Preprint
id arxiv_https___arxiv_org_abs_2404_17308
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle $L$-space knots with positive surgeries that are not weakly symplectically fillable
Nonino, Isacco
Geometric Topology
57K33 (Primary), 57K14, 57K32, 53D35
In this paper we discuss a general strategy to detect the absence of weakly symplectic fillings of $L$-spaces. We start from a generic $L$-space knot and consider (positive) Dehn surgeries on it. We compute, using arithmetic data depending only on the knot type and the surgery coefficient, the value of the relevant geometric invariants used to obstruct fillability. We also provide a new example of an infinite family of hyperbolic $L$-spaces that do not admit weakly symplectic fillings. These are manifolds that lie inside $\{\text{Tight}\}$ but not inside $\{\text{Weakly Fillable}\}$.
title $L$-space knots with positive surgeries that are not weakly symplectically fillable
topic Geometric Topology
57K33 (Primary), 57K14, 57K32, 53D35
url https://arxiv.org/abs/2404.17308