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2008 The 191 Orientable Octahedral Manifolds
Damian Heard, Ekaterina Pervova, Carlo Petronio
Experiment. Math. 17(4): 473-486 (2008).

Abstract

We enumerate all the spaces obtained by gluing in pairs the faces of the octahedron in an orientation-reversing fashion. Whenever such a gluing gives rise to nonmanifold points, we remove small open neighborhoods of these points, so we actually deal with three-dimensional manifolds with (possibly empty) boundary.

There are 298 combinatorially inequivalent gluing patterns, and we show that they define 191 distinct manifolds, of which 132 are hyperbolic and 59 are not. All the 132 hyperbolic manifolds have already been considered in different contexts by other authors, and we provide here their known “names” together with their main invariants. We also give the connected sum and JSJ decompositions for the 59 nonhyperbolic examples.

Our arguments make use of tools coming from hyperbolic geometry, together with quantum invariants and more classical techniques based on essential surfaces. Many (but not all) proofs were carried out by computer.

Citation

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Damian Heard. Ekaterina Pervova. Carlo Petronio. "The 191 Orientable Octahedral Manifolds." Experiment. Math. 17 (4) 473 - 486, 2008.

Information

Published: 2008
First available in Project Euclid: 27 May 2009

zbMATH: 1171.57017
MathSciNet: MR2484431

Subjects:
Primary: 57M50
Secondary: 57M25

Keywords: 3-manifolds , hyperbolic geometry , JSJ decomposition , octahedron

Rights: Copyright © 2008 A K Peters, Ltd.

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Vol.17 • No. 4 • 2008
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