AbstractWe are concerned with two-component links of real projective planes in the four sphere, and a surgery called the “Price surgery” along one component changing the other component. Using a certain circle-action on the 4-sphere, we construct a family of knotted projective planes and show that for any given pair P and P′ in the family, P is changed into P′ by a Price surgery along a projective plane in the exterior of P. We also give alternative simple proofs to some known facts and show related lemmas on two-component links of projective planes
We introduce a geometric operation, which we call the relative Whitney trick, that removes a single ...
Abstract. [GST] classified, via a natural slope indexed by Q, all two-component links which contain ...
A knotted surface in the 4-sphere may be described by means of a hyperbolic diagram that captures th...
AbstractWe are concerned with two-component links of real projective planes in the four sphere, and ...
Four observations compose the main results of this note. The first records the existence of a smooth...
Surgery and Geometric Topology : Proceedings of the conference held at Josai University 17-20 Septem...
AbstractThis note concerns 3-manifolds M obtained by Dehn surgery on a knot in S3, in particular tho...
In this paper, we present necessary and sufficient combinatorial conditions for a link to be project...
The Price surgery has been defined in [P, KSTY, Y3] as acut and paste of a 4-manifold $N_{2} $ in th...
We compute the group $LM_{2,2}^4$ of link homotopy classes of link maps of two 2-spheres into 4-spac...
AbstractCAPPELL and Shaneson [1] construct a family of smooth 4-manifolds which are simple homotopy ...
A classical knot is a smooth embedding of the circle into the 3-sphere. We can also consider embeddi...
AbstractWe conduct a detailed investigation of β(L), the Sato-Levine concordance invariant of a 2-co...
A classical knot is a smooth embedding of the circle into the 3-sphere. We can also consider embeddi...
A framed knot with an integral coefficient determines a simply-connected 4-manifold by 2-handle atta...
We introduce a geometric operation, which we call the relative Whitney trick, that removes a single ...
Abstract. [GST] classified, via a natural slope indexed by Q, all two-component links which contain ...
A knotted surface in the 4-sphere may be described by means of a hyperbolic diagram that captures th...
AbstractWe are concerned with two-component links of real projective planes in the four sphere, and ...
Four observations compose the main results of this note. The first records the existence of a smooth...
Surgery and Geometric Topology : Proceedings of the conference held at Josai University 17-20 Septem...
AbstractThis note concerns 3-manifolds M obtained by Dehn surgery on a knot in S3, in particular tho...
In this paper, we present necessary and sufficient combinatorial conditions for a link to be project...
The Price surgery has been defined in [P, KSTY, Y3] as acut and paste of a 4-manifold $N_{2} $ in th...
We compute the group $LM_{2,2}^4$ of link homotopy classes of link maps of two 2-spheres into 4-spac...
AbstractCAPPELL and Shaneson [1] construct a family of smooth 4-manifolds which are simple homotopy ...
A classical knot is a smooth embedding of the circle into the 3-sphere. We can also consider embeddi...
AbstractWe conduct a detailed investigation of β(L), the Sato-Levine concordance invariant of a 2-co...
A classical knot is a smooth embedding of the circle into the 3-sphere. We can also consider embeddi...
A framed knot with an integral coefficient determines a simply-connected 4-manifold by 2-handle atta...
We introduce a geometric operation, which we call the relative Whitney trick, that removes a single ...
Abstract. [GST] classified, via a natural slope indexed by Q, all two-component links which contain ...
A knotted surface in the 4-sphere may be described by means of a hyperbolic diagram that captures th...