The splitting number of a link is the minimal number of crossing changes between different components required, on any diagram, to convert it to a split link. We introduce new techniques to compute the splitting number, involving covering links and Alexander invariants. As an application, we completely determine the splitting numbers of links with nine or fewer crossings. Also, with these techniques, we either reprove or improve upon the lower bounds for splitting numbers of links computed by Batson and Seed using Khovanov homology.111sciescopu
Given a link in S3S3 we will use invariants derived from the Alexander module and the Blanchfield pa...
An m-component link is an embedding of m circles into 3-dimensional space; a 1-component link is cal...
AbstractMorton and Franks–Williams independently gave a lower bound for the braid index b(L) of a li...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
Abstract. We construct a new spectral sequence beginning at the Khovanov homology of a link and conv...
AbstractUsing unknotting number, we introduce a link diagram invariant of type given in Hass and Now...
AbstractIn this paper we define a lassoing on a link, a local addition of a trivial knot to a link. ...
Given a link in S 3 we will use invariants derived from the Alexander module and the Blanchfiel...
Klein links are a nonorientable counterpart to torus knots and links. It is shown that braids repres...
In the three main sections of this thesis (chapters II, III, and IV; chapter I consists of definitio...
Abstract. A triple crossing is a crossing in a projection of a knot or link that has three strands o...
Given a link in S3S3 we will use invariants derived from the Alexander module and the Blanchfield pa...
An m-component link is an embedding of m circles into 3-dimensional space; a 1-component link is cal...
AbstractMorton and Franks–Williams independently gave a lower bound for the braid index b(L) of a li...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
The splitting number of a link is the minimal number of crossing changes between different component...
Abstract. We construct a new spectral sequence beginning at the Khovanov homology of a link and conv...
AbstractUsing unknotting number, we introduce a link diagram invariant of type given in Hass and Now...
AbstractIn this paper we define a lassoing on a link, a local addition of a trivial knot to a link. ...
Given a link in S 3 we will use invariants derived from the Alexander module and the Blanchfiel...
Klein links are a nonorientable counterpart to torus knots and links. It is shown that braids repres...
In the three main sections of this thesis (chapters II, III, and IV; chapter I consists of definitio...
Abstract. A triple crossing is a crossing in a projection of a knot or link that has three strands o...
Given a link in S3S3 we will use invariants derived from the Alexander module and the Blanchfield pa...
An m-component link is an embedding of m circles into 3-dimensional space; a 1-component link is cal...
AbstractMorton and Franks–Williams independently gave a lower bound for the braid index b(L) of a li...