We classify all closed non-orientable P^2-irreducible 3-manifolds with complexity up to 7, fixing two mistakes in our previous complexity-up-to-6 classification. We show that there is no such manifold with complexity less than 6, five with complexity 6 (the four flat ones and the filled Gieseking manifold, which is of type Sol), and three with complexity 7 (one manifold of type Sol, and the two manifolds of type H^2×R with smallest base orbifolds)
The present paper looks at Matveev's complexity (introduced in 1990 and based on the existence of a ...
AbstractThe present paper looks at Matveev's complexity (introduced in 1990 and based on the existen...
We compute for all orientable irreducible geometric 3-manifolds certain complexity functions that ap...
We classify all closed non-orientable P^2-irreducible 3-manifolds with complexity up to 7, fixing tw...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds with complexity up to 7, fi...
We classify all closed non-orientable P^2-irreducible 3-manifolds having complexity up to 6 and we d...
We classify all closed non-orientable P^2-irreducible 3-manifolds having complexity up to 6 and we d...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds having complexity up to 6 a...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds with complexity up to 7, fi...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds having complexity up to 6 a...
After a short summary of known results on surface-complexity of closed 3-manifolds, we will classify...
After a short summary of known results on surface-complexity of closed 3-manifolds, we will classify...
We give a summary of known results on Matveev’s complexity of compact 3-manifolds. The only rele...
We give a summary of known results on Matveev’s complexity of compact 3-manifolds. The only rele...
The present paper looks at Matveev's complexity (introduced in 1990 and based on the existence of a ...
The present paper looks at Matveev's complexity (introduced in 1990 and based on the existence of a ...
AbstractThe present paper looks at Matveev's complexity (introduced in 1990 and based on the existen...
We compute for all orientable irreducible geometric 3-manifolds certain complexity functions that ap...
We classify all closed non-orientable P^2-irreducible 3-manifolds with complexity up to 7, fixing tw...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds with complexity up to 7, fi...
We classify all closed non-orientable P^2-irreducible 3-manifolds having complexity up to 6 and we d...
We classify all closed non-orientable P^2-irreducible 3-manifolds having complexity up to 6 and we d...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds having complexity up to 6 a...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds with complexity up to 7, fi...
AbstractWe classify all closed non-orientable P2-irreducible 3-manifolds having complexity up to 6 a...
After a short summary of known results on surface-complexity of closed 3-manifolds, we will classify...
After a short summary of known results on surface-complexity of closed 3-manifolds, we will classify...
We give a summary of known results on Matveev’s complexity of compact 3-manifolds. The only rele...
We give a summary of known results on Matveev’s complexity of compact 3-manifolds. The only rele...
The present paper looks at Matveev's complexity (introduced in 1990 and based on the existence of a ...
The present paper looks at Matveev's complexity (introduced in 1990 and based on the existence of a ...
AbstractThe present paper looks at Matveev's complexity (introduced in 1990 and based on the existen...
We compute for all orientable irreducible geometric 3-manifolds certain complexity functions that ap...