Intrinsic geometry of convex ideal polyhedra in hyperbolic 3-space
arXiv:math/0005234
Abstract
The main result is that every complete finite area hyperbolic metric on a sphere with punctures can be uniquely realized as the induced metric on the surface of a convex ideal polyhedron in hyperbolic 3-space. A number of other observations are included.
arXiv comment13 pages; appeared in proceedings of the 1992 nordic math congress; very difficult to find
Cited by in corpus (10)
- Ideal hyperbolic polyhedra and discrete uniformization
- Hyperbolic manifolds with polyhedral boundary
- The induced metric on the boundary of the convex hull of a quasicircle in hyperbolic and anti de Sitter geometry
- Discrete Conformal Geometry of Polyhedral Surfaces and Its Convergence
- Generic Phenomena in Groups -- Some Answers and Many Questions
- Koebe conjecture and the Weyl problem for convex surfaces in hyperbolic 3-space
- Rigidity of the hexagonal Delaunay triangulated plane
- Existence and uniqueness theorem for convex polyhedral metrics on compact surfaces
- On the Weyl problem for complete surfaces in the hyperbolic and anti-de Sitter spaces
- The Weyl problem for unbounded convex domains in $\HH^3$