Self C2-equivalence of two-component links and invariants of link maps
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Publication:4646982
DOI10.1142/S0218216518420129zbMath1409.57010arXiv1711.03514OpenAlexW2895165643MaRDI QIDQ4646982
Publication date: 3 January 2019
Published in: Journal of Knot Theory and Its Ramifications (Search for Journal in Brave)
Full work available at URL: https://arxiv.org/abs/1711.03514
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A triple-point Whitney trick ⋮ Link concordances as surfaces in 4-space and the 4-dimensional Milnor invariants
Cites Work
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- Classification of string links up to self delta-moves and concordance
- On a certain move generating link-homology
- On link maps and their homotopy classification
- All two dimensions links are null homotopic
- Vassiliev invariants of two component links and the Casson-Walker invariant
- Delta link homotopy for two component links. III
- Higher order intersection numbers of \(2\)-spheres in \(4\)-manifolds
- Homotopy classification of singular links of type \((1,1m;3)\) with \(m>1\)
- Claspers and finite type invariants of links
- Homotopy on spatial graphs and generalized Sato-Levine invariants
- Link groups
- Self delta-equivalence for links whose Milnor’s isotopy invariants vanish
- The Classification of Links up to Link-Homotopy
- Link Homotopy With One Codimension Two Component
- Characterization of finite type string link invariants of degree <5
- Enhanced Linking Numbers
- Milnor’s invariants and self $C_{k}$-equivalence
- Spheres May Link Homotopically in 4-Space
- An Approach to Homotopy Classification of Links
- VASSILIEV LINK INVARIANTS OF ORDER THREE
- Pseudohomotopy implies homotopy for singular links of codimension ≥3
- LINK HOMOTOPY AND QUASI SELF DELTA-EQUIVALENCE FOR LINKS
- n-QUASI-ISOTOPY I: QUESTIONS OF NILPOTENCE
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