Hopf-cyclic coefficients in the braided setting

Considering the monoidal category \mathcal{C} obtained as modules over a Hopf algebra H in a rigid braided category \mathcal{B} , we prove decomposition results for the Hochschild and cyclic homology categories HH(\mathcal{C}) and HC(\mathcal{C}) of \mathcal{C} . This is accomplished by defining a notion of a (stable) anti-Yetter–Drinfeld module with coefficients in a (stable) braided module over \mathcal{B} . When the stable braided module is HH(\mathcal{B}) , we recover HH(\mathcal{C}) and HC(\mathcal{C}) . The decomposition of HC(\mathcal{C}) now follows from that of HH(\mathcal{B}) .

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Publication Details

Journal
Journal of Noncommutative Geometry
Published
2024-12-11
DOI
https://doi.org/10.4171/jncg/584
Primary Topic
Graph theory and applications
Type
article
Field-Weighted Citation Impact
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article

Hopf-cyclic coefficients in the braided setting

Ilya Shapiro
Journal of Noncommutative Geometry
Graph theory and applications
article

Hopf-cyclic coefficients in the braided setting

Ilya Shapiro
article en

Abstract

Considering the monoidal category \mathcal{C} obtained as modules over a Hopf algebra H in a rigid braided category \mathcal{B} , we prove decomposition results for the Hochschild and cyclic homology categories HH(\mathcal{C}) and HC(\mathcal{C}) of \mathcal{C} . This is accomplished by defining a notion of a (stable) anti-Yetter–Drinfeld module with coefficients in a (stable) braided module over \mathcal{B} . When the stable braided module is HH(\mathcal{B}) , we recover HH(\mathcal{C}) and HC(\mathcal{C}) . The decomposition of HC(\mathcal{C}) now follows from that of HH(\mathcal{B}) .

Journal of Noncommutative GeometryVol. 19(3)
University of Windsor (CA)
Openalex Percentile: Top 65%
Graph theory and applications
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