Abstract

In a talk at the Cornell Topology Festival in 2004, W. Thurston discussed a graph which we call “The Big Dehn Surgery Graph”, B \mathcal {B} . Here we explore this graph, particularly the link of S 3 S^3 , and prove facts about the geometry and topology of B \mathcal {B} . We also investigate some interesting subgraphs and pose what we believe are important questions about B \mathcal {B} .

Highlights

  • There is a knot K ⊂ M and M is obtained by non-trivial Dehn surgery along K in M

  • The edges are unoriented since M is obtained from M via Dehn surgery

  • We first record some basic properties of B. These follow from just some of the extensive work that has been done in the field of Dehn surgery

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Summary

Introduction

We first record some basic properties of B These follow from just some of the extensive work that has been done in the field of Dehn surgery. The graph B is connected by the beautiful work of Lickorish [21] and Wallace [35] who independently showed that all closed, orientable 3-manifolds can be obtained by surgery along a link in S3. This shows that a characterization of the vertices in the link of S3 remains open.

The link of S3
Hyperbolic examples with weight one fundamental groups
Complete infinite subgraphs
Seifert-fibered spaces and Solv manifolds
The subgraph for hyperbolic manifolds
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