2007Geometry & TopologyOpen access

Flexing closed hyperbolic manifolds

Daryl Cooper, D. D. Long, Morwen Thistlethwaite

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Abstract

We show that for certain closed hyperbolic manifolds, one can nontrivially deform the real hyperbolic structure when it is considered as a real projective structure.It is also shown that in the presence of a mild smoothness hypothesis, the existence of such real projective deformations is equivalent to the question of whether one can nontrivially deform the canonical representation of the real hyperbolic structure when it is considered as a group of complex hyperbolic isometries.The set of closed hyperbolic manifolds for which one can do this seems mysterious.

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We show that for certain closed hyperbolic manifolds, one can nontrivially deform the real hyperbolic structure when it is considered as a real projective structure.It is also shown that in the presence of a mild smoothness hypothesis, the existence of such real projective deformations is equivalent to the question of whether one can nontrivially deform the canonical representation of the real hyperbolic structure when it is considered as a group of complex hyperbolic isometries.The set of closed hyperbolic manifolds for which one can do this seems mysterious.

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Available abstract

We show that for certain closed hyperbolic manifolds, one can nontrivially deform the real hyperbolic structure when it is considered as a real projective structure.It is also shown that in the presence of a mild smoothness hypothesis, the existence of such real projective deformations is equivalent to the question of whether one can nontrivially deform the canonical representation of the real hyperbolic structure when it is considered as a group of complex hyperbolic isometries.The set of closed hyperbolic manifolds for which one can do this seems mysterious.

Key concepts: Mathematics, Hyperbolic 3-manifold, Hyperbolic equilibrium point, Hyperbolic set, Hyperbolic manifold, Relatively hyperbolic group, Pure mathematics, Hyperbolic group

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