The duality conjecture in formal knot theory (Q1074907)
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scientific article; zbMATH DE number 3949307
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The duality conjecture in formal knot theory |
scientific article; zbMATH DE number 3949307 |
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The duality conjecture in formal knot theory (English)
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1986
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The first three sections of this paper prove the following strengthened version of the duality conjecture arising in Kauffman's formal knot theory: the state polynomial \(<K>\) of a knot K is invariant under the involution of \({\mathbb{Z}}[B,W]\) which sends B to -W. The fourth section gives a new, simpler proof of the clock theorem of Kauffman, reformulating it as asserting that the set of maximal trees in a connected planar graph is a distributive lattice with respect to a naturally defined partial order.
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Reidemeister move
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tangle
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duality conjecture
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formal knot theory
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state polynomial
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clock theorem
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set of maximal trees in a connected planar graph
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distributive lattice
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