Algebraic invariants of links (Q2894725)
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scientific article; zbMATH DE number 6051590
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Algebraic invariants of links |
scientific article; zbMATH DE number 6051590 |
Statements
2 July 2012
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isotopy
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concordance
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link homotopy
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surgery
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link exteriors
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sublinks
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Murasugi nullity
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Reidemeister-Franz torsion
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Bailey's Theorem
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Blanchfield pairing
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Alexander polynomial
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plane algebraic curve
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abelian covers
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homology
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algebraic invariants
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determinantal invariants
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maximal abelian covers
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branched covers
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knot modules
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special links
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symmetries
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free covers
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nilpotent quotients
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algebraic closure
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completion
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disc link
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Gassner representation
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Milnor invariant
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algebraic closure.
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0.75287163
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Algebraic invariants of links (English)
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This book is an introduction to links and more particularly to invariants of abelian coverings of link exteriors, with a presentation of several topics related to free coverings, nilpotent quotients and concordance. The invariants that are studied may be used in the concordance classification of classical knots, in the Casson-Freedman analysis of topological surgery problems and in other areas of topology.NEWLINENEWLINEThe first edition of this book was reviewed in this database by Alberto Cavicchioli [Series on Knots and Everything. 32. Singapore: World Scientific (2002; Zbl 1007.57001)], and that review contains a summary of the content of each chapter.NEWLINENEWLINEThe new edition contains a new chapter (Chapter 6) on \textit{Twisted polynomial Invariants}. It concerns notably the twisted Alexander polynomials associated to a linear representation of a knot group and their homological formulation as a Reidemeister-Franz torsion presented in terms of local coefficients. Twisted Alexander polynomials were first defined by X.-S. Lin using the free differential calculus. The material in this chapter was the subject of the last section of Chapter 5 in the first edition.NEWLINENEWLINEThe new edition contains also a new chapter (Chapter 10) on \textit{Singularities of Plane Curves}. Furthermore, Chapter 2 has been rewritten and and new material has been added to Chapter 7 (\textit{Knot Modules}) and Chapter 12 (\textit{Nilpotent Quotients}).
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