Fray functors and equivalence of colored HOMFLYPT homologies

  • Luke Conners

    Universität Zürich, Zurich, Switzerland
Fray functors and equivalence of colored HOMFLYPT homologies cover
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Abstract

We construct several families of functors on the homotopy category of singular Soergel bimodules that mimic cabling and insertion of column-colored projectors. We use these functors to identify the intrinsically-colored homology of Webster–Williamson and the projector-colored homology of Elias–Hogancamp for an arbitrary link, up to multiplication by a polynomial in the quantum degree . Combined with the results of Conners (2024), this establishes parity results for the intrinsic column-colored homology of positive torus knots, partially resolving a conjecture of Hogancamp–Rose–Wedrich.

Cite this article

Luke Conners, Fray functors and equivalence of colored HOMFLYPT homologies. Quantum Topol. (2025), published online first

DOI 10.4171/QT/249