Every simple higher dimensional noncommutative torus is an AT algebra
By N. Christopher Phillips. 2006
51 citations recorded by the source corpus.
We prove that every simple higher dimensional noncommutative torus is an AT algebra.
Subfields: Algebra and Number Theory, Geometry and Topology, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/7e44aacf49b861917ca5e900bb5d535cd71f7b0e
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Algebra and Number Theory
- Andrew S. Toms
- N. Christopher Phillips
- Christopher Phillips
- G. Elliott
- W. Winter
- Huaxin Lin
- G'abor Szab'o
- Z. Niu
In Geometry and Topology
- N. Christopher Phillips
- Christopher Phillips
- Andrew S. Toms
- G. Elliott
- W. Winter
- David Kerr
- G'abor Szab'o
- Huaxin Lin
In Mathematical Physics
- Andrew S. Toms
- N. Christopher Phillips
- Christopher Phillips
- G. Elliott
- W. Winter
- Huaxin Lin
- G'abor Szab'o
- Leonel Robert
Citations in the corpus
- The structure of crossed products of irrational rotation algebras by finite subgroups of SL2(ℤ) (2006, unknown): “Primary 19K14, 46L35, 46L55, 46L80; Secondary”
- Regularity properties in the classification program for separable amenable C*-algebras (2007, background): “Establishing finite decomposition rank requires the full force of the classification theorems: a consequence of both theorems is that the algebras they cover are all in fact simple unital AH algebras of bounded”
- The tracial Rokhlin property for actions of finite groups on C*-algebras (2006, background): “If α is approximately inner, requiring ∑ g∈G eg = 1 forces [1A] ∈ K0(A) to be divisible by the order of G, and therefore rules out many C*-algebras of interest.”
- Finite cyclic group actions with the tracial Rokhlin property (2006, methodology): “The tracial Rokhlin property for actions of finite groups on C*-algebras was introduced in [26] for the purpose of proving that every simple higher dimensional noncommutative torus is an AT algebra (done in [ 27 ]), and proving that certain crossed products of such algebras by finite cyclic groups a”