Abstract. We generalize the definition of thin position of Scharlemann and Thomp-son for compact orientable 3-manifolds with torus boundary components and introduce α-sloped generalized Heegaard splittings. We examine its relationship to generalized Heegaard splittings of manifolds resulting from Dehn filling. We compare α-sloped thin position of 3-manifolds to other types of thin position for knots and 3-manifolds and discuss how this kind of decomposition gives an organic picture of M and allows the structure of the manifold to dictate the most natural slope(s) on the boundary. Additionally, we provide illustrative examples and questions motivating the study of alpha-sloped thin position. 1
AbstractWe prove that for 2-bridge knots and 3-bridge knots in thin position the double branched cov...
AbstractCerf theory can be used to compare two strongly irreducible Heegaard splittings of the same ...
AbstractNon-isotopic Heegaard splittings of non-minimal genus were known previously only for very sp...
We introduce the notions of Heegaard splittings and thin multiple Heegaard splittings of 1-submanifo...
We present a definition of thin position for a knot in a 3-manifold with respect to a Heegaard surfa...
AbstractThis paper generalizes the definition of a Heegaard splitting to unify the concepts of thin ...
Parry, if a knot exterior X has two distinct planar boundary slopes r1, r2, then at least one of the...
AbstractLet H1∪ΣH2 be a strongly irreducible Heegaard splitting of a 3-manifold M other than S3, and...
Abstract. In a recent paper we used Cerf theory to compare strongly irre-ducible Heegaard splittings...
A Heegaard splitting of an open 3–manifold is the partition of the manifold into two non-compact han...
AbstractWe prove that after Dehn filling an incompressible torus in the boundary of an a-cylindrical...
Abstract. We prove an explicit, quantitative criterion that ensures the Heegaard surfaces in Dehn fi...
According to theorems of C. Gordon, J. Luecke, and W. Parry, if a knot exterior X has two distinct p...
A Heegaard splitting (S; V1, V 2) for a closed 3-manifold M is a representation M = V1 ∪S V2 w...
We describe probably the simplest 3-manifold which contains closed separating incompressible surface...
AbstractWe prove that for 2-bridge knots and 3-bridge knots in thin position the double branched cov...
AbstractCerf theory can be used to compare two strongly irreducible Heegaard splittings of the same ...
AbstractNon-isotopic Heegaard splittings of non-minimal genus were known previously only for very sp...
We introduce the notions of Heegaard splittings and thin multiple Heegaard splittings of 1-submanifo...
We present a definition of thin position for a knot in a 3-manifold with respect to a Heegaard surfa...
AbstractThis paper generalizes the definition of a Heegaard splitting to unify the concepts of thin ...
Parry, if a knot exterior X has two distinct planar boundary slopes r1, r2, then at least one of the...
AbstractLet H1∪ΣH2 be a strongly irreducible Heegaard splitting of a 3-manifold M other than S3, and...
Abstract. In a recent paper we used Cerf theory to compare strongly irre-ducible Heegaard splittings...
A Heegaard splitting of an open 3–manifold is the partition of the manifold into two non-compact han...
AbstractWe prove that after Dehn filling an incompressible torus in the boundary of an a-cylindrical...
Abstract. We prove an explicit, quantitative criterion that ensures the Heegaard surfaces in Dehn fi...
According to theorems of C. Gordon, J. Luecke, and W. Parry, if a knot exterior X has two distinct p...
A Heegaard splitting (S; V1, V 2) for a closed 3-manifold M is a representation M = V1 ∪S V2 w...
We describe probably the simplest 3-manifold which contains closed separating incompressible surface...
AbstractWe prove that for 2-bridge knots and 3-bridge knots in thin position the double branched cov...
AbstractCerf theory can be used to compare two strongly irreducible Heegaard splittings of the same ...
AbstractNon-isotopic Heegaard splittings of non-minimal genus were known previously only for very sp...