activity
19982004
most citedConvex functions on symmetric spaces, side lengths of polygons and stability inequalities for weighted configurations at infinity

6 citations · 15 across the 4 of their papers we have counts for

collaborators

7 papers

math.MG20044 cited

Polygons in buildings and their refined side lengths

Michael Kapovich, Bernhard Leeb, John J. Millson

As in a symmetric space of noncompact type, one can associate to an oriented geodesic segment in a Euclidean building a vector valued length in the Euclidean Weyl chamber; in addit…

math.DG20036 cited

Convex functions on symmetric spaces, side lengths of polygons and stability inequalities for weighted configurations at infinity

Misha Kapovich, Bernhard Leeb, John J. Millson

In a symmetric space of noncompact type X = G/K oriented geodesic segments correspond to points in the Euclidean Weyl chamber. We can hence assign vector-valued side-lengths to seg…

math.SG2003

The generalized triangle inequalities for rank 3 symmetric spaces of noncompact type

Shrawan Kumar, Bernhard Leeb, John J. Millson

We compute the generalized triangle inequalities explicitly for all rank 3 symmetric spaces. We find that for Sp(6) the corresponding polyhedral cone has 102 facets and 51 edges.

math.RT20025 cited

The generalized triangle inequalities in symmetric spaces and buildings with applications to algebra

Michael Kapovich, Bernhard Leeb, John J. Millson

In this paper we apply our results on the geometry of polygons in Cartan subspaces, symmetric spaces and buildings to four problems in algebraic group theory. Two of these problems…

math.GT2000

Geometrization of 3-dimensional orbifolds, Part I: Geometry of cone manifolds

Michel Boileau, Bernhard Leeb, Joan Porti

This paper has been withdrawn, because its material has been revised and became part of paper math.GT/0010184

math.GT2000

Geometrization of 3-dimensional orbifolds

Michel Boileau, Bernhard Leeb, Joan Porti

The purpose of this article is to give a proof of the Orbifold Theorem announced by Thurston in late 1981: If is a compact, connected, orientable, irreducible and topologically…