Starting from any simplicial triangulation of a compact 3-manifold M, we achieve decompositions of M, either by means of cubes, or by means of octahedra, or by means of dodecahedra, so that any pair of such polyhedra meets in an unique, possibly empty, face
Abstract. The crushing operation of Jaco and Rubinstein is a powerful tech-nique in algorithmic 3-ma...
The present paper adopts a computational approach to the study of nonorientable 3-manifolds: in fact...
Decomposition theory studies decompositions, or partitions, of manifolds into simple pieces, usually...
Starting from any simplicial triangulation of a compact 3-manifold M, we achieve decompositions of M...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
AbstractThe problem of classifying, up to isometry, the orientable 3-manifolds that arise by identif...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
There are essentially two ways to decompose a (compact, connected) d-mani-fold (without boundary) in...
The understanding and classification of (compact) 3-dimensional manifolds (without boundary) is with...
The problem of classifying, up to isometry, the orientable spherical and hyperbolic 3-manifolds that...
The crushing operation of Jaco and Rubinstein is a powerful technique in algorithmic 3-manifold topo...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
AbstractThe problem of classifying, up to isometry, the orientable 3-manifolds that arise by identif...
AbstractThe problem of classifying, up to isometry, the orientable spherical and hyperbolic 3-manifo...
www.elsevier.com/locate/topol The problem of classifying, up to isometry, the orientable spherical a...
Abstract. The crushing operation of Jaco and Rubinstein is a powerful tech-nique in algorithmic 3-ma...
The present paper adopts a computational approach to the study of nonorientable 3-manifolds: in fact...
Decomposition theory studies decompositions, or partitions, of manifolds into simple pieces, usually...
Starting from any simplicial triangulation of a compact 3-manifold M, we achieve decompositions of M...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
AbstractThe problem of classifying, up to isometry, the orientable 3-manifolds that arise by identif...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
There are essentially two ways to decompose a (compact, connected) d-mani-fold (without boundary) in...
The understanding and classification of (compact) 3-dimensional manifolds (without boundary) is with...
The problem of classifying, up to isometry, the orientable spherical and hyperbolic 3-manifolds that...
The crushing operation of Jaco and Rubinstein is a powerful technique in algorithmic 3-manifold topo...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
AbstractThe problem of classifying, up to isometry, the orientable 3-manifolds that arise by identif...
AbstractThe problem of classifying, up to isometry, the orientable spherical and hyperbolic 3-manifo...
www.elsevier.com/locate/topol The problem of classifying, up to isometry, the orientable spherical a...
Abstract. The crushing operation of Jaco and Rubinstein is a powerful tech-nique in algorithmic 3-ma...
The present paper adopts a computational approach to the study of nonorientable 3-manifolds: in fact...
Decomposition theory studies decompositions, or partitions, of manifolds into simple pieces, usually...
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