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handle: 10077/4248 , 11380/310248
The authors present a combinatorial representaion of gluing 3-manifolds and their special spines. This is done using graphs encoded by \(\gamma\)-tuples of non-negative integers. More precisely, they use the result of Casler which states that two 3-manifolds with homeomorphic special spines are homeomorphic. Then, since homeomorphic spines are related by two types of moves, they can study the topology of these 3-manifolds with computers. Moreover they give a procedure to determine the hyperbolicity equations of a gluing manifold.
Topology of general \(3\)-manifolds, hyperbolicity equations, 57M25, o-graph, General geometric structures on low-dimensional manifolds, gluing, Relations of low-dimensional topology with graph theory, graph, 3-manifold; special spine; o-graph; gluing; hyperbolicity equations, 57M50, 3-manifold, special spine
Topology of general \(3\)-manifolds, hyperbolicity equations, 57M25, o-graph, General geometric structures on low-dimensional manifolds, gluing, Relations of low-dimensional topology with graph theory, graph, 3-manifold; special spine; o-graph; gluing; hyperbolicity equations, 57M50, 3-manifold, special spine
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