Within geometric topology of 3-manifolds (with or withoutboundary), a representation theory exists, which makes use of 4-coloured graphs. Aim of this paper is to translate the homeomorphism problem for the represented manifolds into an equivalence problem for 4-coloured graphs, by means of a finite number of graph-moves, called "dipole moves". Moreover, interesting consequences are obtained, which are related with the same problem in the n-dimensional setting
We introduce a representation of compact 3-manifolds without spherical boundary components via (regu...
It is known that every closed orientable 3-manifold can be represented by coloured knots, edge-colou...
We introduce a representation of compact 3-manifolds without spherical boundary components via (regu...
Within geometric topology of PL n-manifolds (with or withoutboundary), a representation theory exist...
Within geometric topology of PL n-manifolds (with or withoutboundary), a representation theory exist...
AbstractIn this paper we find necessary and sufficient conditions for a Lins-Mandel 4-coloured graph...
AbstractA standard fact about two incompressible surfaces in an irreducible 3-manifold is that one c...
AbstractFrom each G in a certain class of 4-regular edge-colored graphs we obtain a ball complex who...
Aim of the paper is to translate the homeomorphism problem for n-dimensional PL-manifolds, with or w...
Combinatorial topology makes unlimited use of refinements. These refinements translate into an unlim...
The graph complexity of a compact 3-manifold is defined as the minimum order among all 4-colored gra...
We give a simple alternative proof of the representation theorem of all genus two 3-manifolds by a 6...
The graph complexity of a compact 3-manifold is defined as the minimum order among all 4-colored gra...
It is known that every closed orientable 3-manifold can be represented by coloured knots, edge-colou...
The graph complexity of a compact 3-manifold is defined as the minimum order among all 4-colored gra...
We introduce a representation of compact 3-manifolds without spherical boundary components via (regu...
It is known that every closed orientable 3-manifold can be represented by coloured knots, edge-colou...
We introduce a representation of compact 3-manifolds without spherical boundary components via (regu...
Within geometric topology of PL n-manifolds (with or withoutboundary), a representation theory exist...
Within geometric topology of PL n-manifolds (with or withoutboundary), a representation theory exist...
AbstractIn this paper we find necessary and sufficient conditions for a Lins-Mandel 4-coloured graph...
AbstractA standard fact about two incompressible surfaces in an irreducible 3-manifold is that one c...
AbstractFrom each G in a certain class of 4-regular edge-colored graphs we obtain a ball complex who...
Aim of the paper is to translate the homeomorphism problem for n-dimensional PL-manifolds, with or w...
Combinatorial topology makes unlimited use of refinements. These refinements translate into an unlim...
The graph complexity of a compact 3-manifold is defined as the minimum order among all 4-colored gra...
We give a simple alternative proof of the representation theorem of all genus two 3-manifolds by a 6...
The graph complexity of a compact 3-manifold is defined as the minimum order among all 4-colored gra...
It is known that every closed orientable 3-manifold can be represented by coloured knots, edge-colou...
The graph complexity of a compact 3-manifold is defined as the minimum order among all 4-colored gra...
We introduce a representation of compact 3-manifolds without spherical boundary components via (regu...
It is known that every closed orientable 3-manifold can be represented by coloured knots, edge-colou...
We introduce a representation of compact 3-manifolds without spherical boundary components via (regu...