Holonomicity from a Heegaard-Floer Perspective
Benjamin Cooper, Robert Deyeso III

TL;DR
This paper introduces $S^r$-colored knot Floer homologies, demonstrating their categorified recurrence relations and establishing the $q$-holonomicity of related colored Alexander polynomials, drawing parallels with the AJ conjecture.
Contribution
It constructs new $S^r$-colored knot Floer homologies and proves their recurrence relations, linking them to $q$-holonomicity of colored Alexander polynomials.
Findings
$S^r$-colored knot Floer homologies satisfy categorified recurrence relations
The Euler characteristic shows $q$-holonomicity of colored Alexander polynomials
Analogy with the AJ conjecture for colored Jones polynomials
Abstract
We construct -colored knot Floer homologies and prove that they satisfy categorified recurrence relations. The associated Euler characteristic implies -holonomicity of the corresponding sequence of colored Alexander polynomials, in analogy with the AJ conjecture for colored Jones polynomials.
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Taxonomy
TopicsPickering emulsions and particle stabilization · Geometric and Algebraic Topology
