On mutation invariance in Khovanov homology
Artem Kotelskiy, Liam Watson, Claudius Zibrowius

TL;DR
This paper proves that reduced Khovanov homology over any field remains unchanged under component-preserving Conway mutation, using a new multicurve invariant and homological mirror symmetry techniques.
Contribution
It introduces a new Khovanov multicurve invariant for Conway tangles and proves its invariance under mutation, expanding understanding of Khovanov homology's behavior.
Findings
Reduced Khovanov homology is mutation invariant over any field.
A classification of the components of the multicurve invariant is provided.
The proof employs homological mirror symmetry techniques.
Abstract
We show that reduced Khovanov homology over any field is invariant under component-preserving Conway mutation. Our proof relies on strong geography restrictions for a certain Khovanov multicurve invariant associated with Conway tangles that we introduced in previous work [arXiv:1910.14584]. Applying ideas from homological mirror symmetry, we give a full classification of the components of this invariant.
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Taxonomy
TopicsHomotopy and Cohomology in Algebraic Topology · Geometric and Algebraic Topology · Algebraic structures and combinatorial models
