Psyquandle Coloring Quivers
Jose Ceniceros, Anthony Christiana, Sam Nelson

TL;DR
This paper introduces a novel quiver-based enhancement of the psyquandle coloring invariant, extending it to singular knots and pseudoknots, and deriving new polynomial invariants for classical and virtual knots.
Contribution
It develops a new quiver-based framework for psyquandle invariants, broadening their applicability to singular and pseudoknots, and introduces in-degree polynomial invariants.
Findings
Extended invariants to singular knots and pseudoknots
Derived biquandle coloring quivers for classical and virtual knots
Produced new polynomial invariants for various knot types
Abstract
We enhance the psyquandle counting invariant for singular knots and pseudoknots using quivers analogously to quandle coloring quivers. This enables us to extend the in-degree polynomial invariants from quandle coloring quiver theory to the case of singular knots and pseudoknots. As a side effect we obtain biquandle coloring quivers and in-degree polynomial invariants for classical and virtual knots and links.
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Taxonomy
TopicsGeometric and Algebraic Topology · Algebraic structures and combinatorial models · Topological and Geometric Data Analysis
