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On the classification of simple amenable $C*$-algebras with finite decomposition rank, II
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abstract
We prove that every unital stably finite simple amenable $C^*$-algebra $A$ with finite nuclear dimension and with UCT such that every trace is quasi-diagonal has the property that $A\otimes Q$ has generalized tracial rank at most one, where $Q$ is the universal UHF-algebra. Consequently, $A$ is classifiable in the sense of Elliott.
Forward citations
Cited by 3 Pith papers
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Non-amenable tight squeezes by Kirchberg algebras
Every Kirchberg algebra admits rigid, KK-equivalent, maximal embeddings into non-nuclear and non-exact simple C*-algebras, via perturbed free group crossed products.
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2-positive almost order zero maps and decomposition rank
Every 2-positive order zero map between C*-algebras is completely positive, and for unital separable C*-algebras finite decomposition rank can be characterized using 2-positive maps in place of completely positive ones.
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Cuntz--Pimsner algebras of partial automorphisms twisted by vector bundles II: Nuclear dimension
Minimal partial automorphisms twisted by vector bundles over compact infinite finite-dimensional base spaces produce Cuntz-Pimsner algebras that are classifiable by the Elliott invariant, with nuclear dimension at most one.
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