The nuclear dimension of graph C*-algebras
Efren Ruiz, Aidan Sims, Mark Tomforde

TL;DR
This paper determines the nuclear dimension of certain graph C*-algebras, showing it is 1 when the ideal has finitely many ideals and either 1 or 2 when infinitely many, depending on the structure.
Contribution
It establishes the nuclear dimension for a class of graph C*-algebras based on ideal structure, extending previous results in the field.
Findings
Nuclear dimension of C*(E) is 1 when I has finitely many ideals.
Nuclear dimension is 1 or 2 when I has infinitely many ideals.
Provides a classification of nuclear dimension based on ideal properties.
Abstract
Consider a graph C*-algebra C*(E) with a purely infinite ideal I (possibly all of C*(E)) such that I has only finitely many ideals and C*(E)/I is approximately finite dimensional. We prove that the nuclear dimension of C*(E) is 1. If I has infinitely many ideals, then the nuclear dimension of C*(E) is either 1 or 2.
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Taxonomy
TopicsAdvanced Operator Algebra Research · Noncommutative and Quantum Gravity Theories · Advanced Topics in Algebra
