Kauffman polynomial

E656684

The Kauffman polynomial is a two-variable knot invariant in knot theory that generalizes and extends the information captured by the Jones polynomial.

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Observed surface forms (1)

Surface form Occurrences
Kauffman bracket 1

Statements (38)

Predicate Object
instanceOf knot invariant
link invariant
appliesTo oriented links
unoriented links
associatedWith knot diagrams
canBeSpecializedTo Jones polynomial NERFINISHED
captures topological information about knots
topological information about links
codomain Laurent polynomials in two variables
definedFor knots
links
definedUsing skein relation
state sum model
dependsOn two variables
domain isotopy classes of links in 3-space
extends Jones polynomial NERFINISHED
field knot theory
low-dimensional topology
generalizes Jones polynomial NERFINISHED
hasApplication classification of knots and links
construction of quantum invariants
hasProperty regular isotopy invariant
hasType two-variable polynomial
introducedBy Louis H. Kauffman NERFINISHED
is a refinement of information given by the Jones polynomial
isInvariantUnder Reidemeister moves NERFINISHED
ambient isotopy
namedAfter Louis H. Kauffman NERFINISHED
relatedConcept framed links
regular isotopy
relatedTo HOMFLY-PT polynomial NERFINISHED
Jones polynomial NERFINISHED
satisfies skein relations distinct from Jones polynomial
studiedIn quantum topology
usedIn distinguishing non-equivalent knots
study of link diagrams
usedToDefine certain quantum link invariants
variableCount two

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Jones polynomial relatedTo Kauffman polynomial
Jones polynomial canBeComputedUsing Kauffman polynomial
this entity surface form: Kauffman bracket