Hyperbolic truncated simplices are polyhedra bounded by at most $$2n+2$$ 2 n + 2 hyperplanes in hyperbolic $$n$$ n -space. They provide important models in the context of hyperbolic space forms of small volume. In this work, we derive an explicit formula for their inradius by algebraic means and by using the concept of reduced Gram matrix. As an illustration, we discuss implications for some polyhedra related to small volume arithmetic orientable hyperbolic orbifolds
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
none2noTruncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geode...
We generalize to higher dimensions the Bavard–Ghys construction of the hyperbolic metric on the spa...
Hyperbolic truncated simplices are polyhedra bounded by at most $$2n+2$$hyperplanes in hyperbolic $...
The present paper regards the volume function of a doubly truncated hyperbolic tetrahedron. Starting...
This article is mainly concerned with simplices in n-dimensional hyperbolic space. The main tool is ...
The volume of hyperbolic simplicies plays an important role in the investigation of the volume of hy...
The volume of hyperbolic simplicies plays an important role in the investigation of the volume of hy...
AbstractThe Busemann–Petty problem asks whether origin-symmetric convex bodies in Rn with smaller ce...
We study some characterizations of hyperbolic geometry in the Poincaré disk. We first obtain the hyp...
In school, we learn that the interior angles of any triangle sum up to pi. However, there exist spac...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
We define the injectivity radius of a Coxeter polyhedron in H3 to be half the shortest translation l...
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...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
none2noTruncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geode...
We generalize to higher dimensions the Bavard–Ghys construction of the hyperbolic metric on the spa...
Hyperbolic truncated simplices are polyhedra bounded by at most $$2n+2$$hyperplanes in hyperbolic $...
The present paper regards the volume function of a doubly truncated hyperbolic tetrahedron. Starting...
This article is mainly concerned with simplices in n-dimensional hyperbolic space. The main tool is ...
The volume of hyperbolic simplicies plays an important role in the investigation of the volume of hy...
The volume of hyperbolic simplicies plays an important role in the investigation of the volume of hy...
AbstractThe Busemann–Petty problem asks whether origin-symmetric convex bodies in Rn with smaller ce...
We study some characterizations of hyperbolic geometry in the Poincaré disk. We first obtain the hyp...
In school, we learn that the interior angles of any triangle sum up to pi. However, there exist spac...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
We define the injectivity radius of a Coxeter polyhedron in H3 to be half the shortest translation l...
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...
Truncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geodesic bou...
none2noTruncated tetrahedra are the fundamental building blocks of hyperbolic 3-manifolds with geode...
We generalize to higher dimensions the Bavard–Ghys construction of the hyperbolic metric on the spa...