We characterise when two links in the 3–sphere admit homeomorphic surface systems, where a surface system is a collection of embedded surfaces with boundary the link. The answer is in terms of a refined value group for the collection of triple linking numbers of links in the 3–sphere. Given two links with the same pairwise linking numbers we show that they have the same refined triple linking number collection if and only if the links admit homeomorphic surface systems. Moreover these two conditions hold if and only if the link exteriors are bordant over BZ n, and if and only if the third lower central series quotients π/π3 of the link groups are isomorphic preserving meridians and longitudes
AbstractA generic projection of a surface-link onto 3-space may contain some triple points. We study...
We give a simple axiomatic definition of a rational-valued invariant σ(W, V, e) of triples (W, V, e)...
Torus-covering links and their triple linking numbers Inasa Nakamura (RIMS, Kyoto University) This r...
Milnor\u27s triple linking numbers of a link in the 3-sphere are interpreted geometrically in terms ...
AbstractThe triple linking number of an oriented surface link was defined as an analogical notion of...
Abstract Milnor’s triple linking numbers of a link in the 3-sphere are interpreted geometrically in ...
In this paper, we introduce two functions such that the subtraction corresponds to the Milnor's trip...
Since the 1980s, it has been known that essential surfaces in alternating link complements can be is...
Abstract. Three-component links in the 3-dimensional sphere were classified up to link homotopy by J...
We construct a link homotopy invariant for three-component spherical link maps which is a generalisa...
AbstractIn an earlier paper, the author constructed an infinite family of 3-bridge links each of whi...
AbstractWe first present a philosophy which seeks to unify many of the invariants which have arisen ...
AbstractA (tame) link can be defined as a finite collection of disjoint polygons embedded in Euclide...
Let $M$ be a connected, closed, oriented three-manifold and $K$, $L$ two rationally null-homologous ...
We extend the Gordon-Litherland pairing to links in thickened surfaces, and use it to define signatu...
AbstractA generic projection of a surface-link onto 3-space may contain some triple points. We study...
We give a simple axiomatic definition of a rational-valued invariant σ(W, V, e) of triples (W, V, e)...
Torus-covering links and their triple linking numbers Inasa Nakamura (RIMS, Kyoto University) This r...
Milnor\u27s triple linking numbers of a link in the 3-sphere are interpreted geometrically in terms ...
AbstractThe triple linking number of an oriented surface link was defined as an analogical notion of...
Abstract Milnor’s triple linking numbers of a link in the 3-sphere are interpreted geometrically in ...
In this paper, we introduce two functions such that the subtraction corresponds to the Milnor's trip...
Since the 1980s, it has been known that essential surfaces in alternating link complements can be is...
Abstract. Three-component links in the 3-dimensional sphere were classified up to link homotopy by J...
We construct a link homotopy invariant for three-component spherical link maps which is a generalisa...
AbstractIn an earlier paper, the author constructed an infinite family of 3-bridge links each of whi...
AbstractWe first present a philosophy which seeks to unify many of the invariants which have arisen ...
AbstractA (tame) link can be defined as a finite collection of disjoint polygons embedded in Euclide...
Let $M$ be a connected, closed, oriented three-manifold and $K$, $L$ two rationally null-homologous ...
We extend the Gordon-Litherland pairing to links in thickened surfaces, and use it to define signatu...
AbstractA generic projection of a surface-link onto 3-space may contain some triple points. We study...
We give a simple axiomatic definition of a rational-valued invariant σ(W, V, e) of triples (W, V, e)...
Torus-covering links and their triple linking numbers Inasa Nakamura (RIMS, Kyoto University) This r...