Geometry and Topology of Geometric Limits I
Ken’ichi Ohshika () and
Teruhiko Soma ()
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Ken’ichi Ohshika: Gakushuin University, Department of Mathematics
Teruhiko Soma: Tokyo Metropolitan University, Department of Mathematical Sciences
Chapter Chapter 9 in In the Tradition of Thurston, 2020, pp 291-363 from Springer
Abstract:
Abstract In this chapter, we classify completely, up to isometry, hyperbolic 3-manifolds corresponding to geometric limits of Kleinian surface groups isomorphic to π 1(S) for a finite-type hyperbolic surface S. In the first of the three main theorems which constitute the basic results of this chapter, we construct bi-Lipschitz model manifolds for such hyperbolic 3-manifolds, which have a structure called brick decomposition and are embedded topologically in S × (0, 1). In the second theorem, we show that conversely, any such model manifold admitting a brick decomposition with reasonable conditions is bi-Lipschitz homeomorphic to a hyperbolic manifold corresponding to some geometric limit of quasi-Fuchsian groups. In the third theorem, it is shown that we can define end invariants for hyperbolic 3-manifolds appearing as geometric limits of Kleinian surface groups, and that the homeomorphism type and the end invariants determine the isometric type of a manifold. This is analogous to the ending lamination theorem for the case of finitely generated Kleinian groups. These results constitute an attempt to give an answer to the 8th question among the famous 24 questions raised by Thurston.
Keywords: Kleinian groups; Geometric limits; Hyperbolic 3-manifolds; Ending lamination theorem; Primary 57M50; Secondary 30F40 (search for similar items in EconPapers)
Date: 2020
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Persistent link: https://EconPapers.repec.org/RePEc:spr:sprchp:978-3-030-55928-1_9
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DOI: 10.1007/978-3-030-55928-1_9
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