AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of 3-manifolds (depending on two natural integers m, n) by means of suitable face identifications on a tetrahedron. These manifolds can be represented by edge-coloured graphs. By making use of these combinatorial techniques, it is easy to show that they are 2-fold coverings of the 3-sphere, branched over suitable links. This immediately leads to the classification of these manifolds in terms of Seifert fibered spaces
We improve and extend to the non-orientable case a recent result of Kar\ue1ba\u161, Mali\u10dk\ufd a...
We characterize combinatorial representations of minimal 3-manifolds by means of edge-coloured graph...
AbstractIn this paper we find necessary and sufficient conditions for a Lins-Mandel 4-coloured graph...
AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of ...
In his paper "Tetrahedron manifolds and space forms", E. Molnar describes an infinite class of 3-man...
AbstractWe study a family of closed connected orientable 3-manifolds (which are examples of tetrahed...
We study a family of closed connected orientable 3-manifolds (which are examples of tetrahedron mani...
Given a link L ⊂ S3, we describe a standard method for constructing a class ΓL,d of 4-coloured graph...
AbstractFrom each G in a certain class of 4-regular edge-colored graphs we obtain a ball complex who...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
The present paper follows the computational approach to 3-manifold classification via edge-coloured ...
We study a class of Seifert fibered 3-manifolds M(g,n), depending on two non-negative integers, whic...
AbstractWe prove that each closed connected 3-manifold admits particular crystallizations with nice ...
AbstractIt is well-known that every closed orientable 3-manifold M3 is the 3-fold simple covering M3...
AbstractWe give a simple alternative proof of the representation theorem of all genus two 3-manifold...
We improve and extend to the non-orientable case a recent result of Kar\ue1ba\u161, Mali\u10dk\ufd a...
We characterize combinatorial representations of minimal 3-manifolds by means of edge-coloured graph...
AbstractIn this paper we find necessary and sufficient conditions for a Lins-Mandel 4-coloured graph...
AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of ...
In his paper "Tetrahedron manifolds and space forms", E. Molnar describes an infinite class of 3-man...
AbstractWe study a family of closed connected orientable 3-manifolds (which are examples of tetrahed...
We study a family of closed connected orientable 3-manifolds (which are examples of tetrahedron mani...
Given a link L ⊂ S3, we describe a standard method for constructing a class ΓL,d of 4-coloured graph...
AbstractFrom each G in a certain class of 4-regular edge-colored graphs we obtain a ball complex who...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
The present paper follows the computational approach to 3-manifold classification via edge-coloured ...
We study a class of Seifert fibered 3-manifolds M(g,n), depending on two non-negative integers, whic...
AbstractWe prove that each closed connected 3-manifold admits particular crystallizations with nice ...
AbstractIt is well-known that every closed orientable 3-manifold M3 is the 3-fold simple covering M3...
AbstractWe give a simple alternative proof of the representation theorem of all genus two 3-manifold...
We improve and extend to the non-orientable case a recent result of Kar\ue1ba\u161, Mali\u10dk\ufd a...
We characterize combinatorial representations of minimal 3-manifolds by means of edge-coloured graph...
AbstractIn this paper we find necessary and sufficient conditions for a Lins-Mandel 4-coloured graph...