On groupoid-graded C*-algebras and equivalent subcategories linked via monads and comonads
Erik B\'edos, S. Kaliszewski, John Quigg

TL;DR
This paper introduces a categorical approach using monads and comonads to establish equivalences of subcategories, demonstrated through topological gradings of C*-algebras over Hausdorff étale groupoids.
Contribution
It develops a novel categorical framework to analyze subcategory equivalences in the context of C*-algebras and groupoid gradings.
Findings
New categorical method for subcategory equivalence
Application to topological gradings of C*-algebras
Enhanced understanding of groupoid-graded C*-algebras
Abstract
We present a new method, involving monads and comonads from category theory, to help establish a certain type of equivalence of subcategories. As a case study we consider the category of topological gradings of -algebras over a fixed Hausdorff \'etale groupoid.
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Taxonomy
TopicsAdvanced Operator Algebra Research · Homotopy and Cohomology in Algebraic Topology · Algebraic structures and combinatorial models
