Abstract Any non-compact finite-volume hyperbolic 3-manifold has a finite cover which admits a nondegenerate ideal triangulation. As an application, we show that the volume of those manifolds is always a critical value of a function defined from the Lobachevskii function. Résumé Toute variété hyperbolique de dimension 3, non compacte, de volume fini, a un revêtement fini qui admet une triangulation idéale. Comme application, on montre que le volume de ces variétés est toujours un point critique d'une fonction définieà partir de la fonction de Lobatchevskii. Motivations, result
none2noTruncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geode...
UnrestrictedWe explicitly construct the unique hyperbolic metric carried by the following three -- d...
13 pages, no figureInternational audienceWe consider a volume maximization program to construct hype...
none2noWe define the ideal simplicial volume for compact manifolds with boundary. Roughly speaking, ...
It is shown that every non-compact hyperbolic manifold of finite volume has a finite cover admitting...
none1noOne of the most useful tools for studying hyperbolic 3-manifolds is the technique of ideal tr...
none1noOne of the most useful tools for studying hyperbolic 3-manifolds is the technique of ideal tr...
none1noOne of the most useful tools for studying hyperbolic 3-manifolds is the technique of ideal tr...
Let M-3 be a non-compact hyperbolic 3-manifold that has a triangulation by positively oriented ideal...
AbstractLet M3 be a non-compact hyperbolic 3-manifold that has a triangulation by positively oriente...
We extend to the context of hyperbolic 3-manifolds with geodesic boundary Thurston's approach to hyp...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
International audienceAccording to Mostow's celebrated rigidity theorem, the geometry of closed hype...
We consider hyperbolic 3-manifolds with either non-empty compact geodesic boundary, or some toric cu...
none2noTruncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geode...
UnrestrictedWe explicitly construct the unique hyperbolic metric carried by the following three -- d...
13 pages, no figureInternational audienceWe consider a volume maximization program to construct hype...
none2noWe define the ideal simplicial volume for compact manifolds with boundary. Roughly speaking, ...
It is shown that every non-compact hyperbolic manifold of finite volume has a finite cover admitting...
none1noOne of the most useful tools for studying hyperbolic 3-manifolds is the technique of ideal tr...
none1noOne of the most useful tools for studying hyperbolic 3-manifolds is the technique of ideal tr...
none1noOne of the most useful tools for studying hyperbolic 3-manifolds is the technique of ideal tr...
Let M-3 be a non-compact hyperbolic 3-manifold that has a triangulation by positively oriented ideal...
AbstractLet M3 be a non-compact hyperbolic 3-manifold that has a triangulation by positively oriente...
We extend to the context of hyperbolic 3-manifolds with geodesic boundary Thurston's approach to hyp...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
International audienceAccording to Mostow's celebrated rigidity theorem, the geometry of closed hype...
We consider hyperbolic 3-manifolds with either non-empty compact geodesic boundary, or some toric cu...
none2noTruncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geode...
UnrestrictedWe explicitly construct the unique hyperbolic metric carried by the following three -- d...
13 pages, no figureInternational audienceWe consider a volume maximization program to construct hype...