Polynomial Invariants of Torus Knots and (p,q)-Calculus
A.M. Pavlyuk
Abstract
A.M. Pavlyuk
Abstract
We introduce the deformed fermionic numbers, corresponding to the skein relations, the main characteristics of knots and links. These fermionic numbers allow one to restore the skein relations. For the Alexander (Jones) skein relation we introduce corresponding Alexander (Jones) fermionic qnumbers, and for the HOMFLY skein relation – the HOMFLY deformed (p,q)-numbers with one fermionic parameter.
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We introduce the deformed fermionic numbers, corresponding to the skein relations, the main characteristics of knots and links. These fermionic numbers allow one to restore the skein relations. For the Alexander (Jones) skein relation we introduce corresponding Alexander (Jones) fermionic qnumbers, and for the HOMFLY skein relation – the HOMFLY deformed (p,q)-numbers with one fermionic parameter.
Key concepts: Skein, Skein relation, HOMFLY polynomial, Mathematics, Relation (database), Torus, Jones polynomial, Bracket polynomial