We completely recognize the topological structure of the ten compact euclidean space forms with special minimal tetrahedra, constructed by face pairings in nice papers of Molnár [8-9]. From these polyhedral descriptions we derive special presentations with two generators for the fundamental groups of the considered manifolds. Our proofs also show that such group presentations completely characterize the euclidean space forms among closed connected $3$-manifolds. The results have also didactical importance
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
Recently William Jaco, J. Hyam Rubinstein and Stephan Tillmann together proved that the generalized ...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
We completely recognize the topological structure of the ten compact euclidean space forms with spe...
AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of ...
AbstractWe study a family of closed connected orientable 3-manifolds (which are examples of tetrahed...
In his paper "Tetrahedron manifolds and space forms", E. Molnar describes an infinite class of 3-man...
We study a family of closed connected orientable 3-manifolds (which are examples of tetrahedron mani...
AbstractEvery (compact, orientable) 3-manifold can be represented by a positive Heegaard diagram (al...
AbstractWe construct a polyhedral 2-manifold of genus 2 embedded in Euclidean 3-space, and hence ori...
We study twisted Reidemeister torsion on graph manifolds and discuss how it can be used to recover t...
We study a class of Seifert fibered 3-manifolds M(g,n), depending on two non-negative integers, whic...
The understanding and classification of (compact) 3-dimensional manifolds (without boundary) is with...
AbstractThe problem of classifying, up to isometry, the orientable 3-manifolds that arise by identif...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
Recently William Jaco, J. Hyam Rubinstein and Stephan Tillmann together proved that the generalized ...
We completely recognize the topological structure of the ten compact euclidean space forms with spec...
We completely recognize the topological structure of the ten compact euclidean space forms with spe...
AbstractIn his paper ‘Tetrahedron manifolds and space forms’, Molnar describes an infinite class of ...
AbstractWe study a family of closed connected orientable 3-manifolds (which are examples of tetrahed...
In his paper "Tetrahedron manifolds and space forms", E. Molnar describes an infinite class of 3-man...
We study a family of closed connected orientable 3-manifolds (which are examples of tetrahedron mani...
AbstractEvery (compact, orientable) 3-manifold can be represented by a positive Heegaard diagram (al...
AbstractWe construct a polyhedral 2-manifold of genus 2 embedded in Euclidean 3-space, and hence ori...
We study twisted Reidemeister torsion on graph manifolds and discuss how it can be used to recover t...
We study a class of Seifert fibered 3-manifolds M(g,n), depending on two non-negative integers, whic...
The understanding and classification of (compact) 3-dimensional manifolds (without boundary) is with...
AbstractThe problem of classifying, up to isometry, the orientable 3-manifolds that arise by identif...
The understanding and classication of (compact) 3-dimensional manifolds (without boundary) is with n...
The problem of classifying, up to isometry, the orientable 3-manifolds that arise by identifying the...
Recently William Jaco, J. Hyam Rubinstein and Stephan Tillmann together proved that the generalized ...