On Generalized Irrational Rotation Algebras
Wei Sun
2:30 pm to 3:30 pm, May 15th, 2013 Science Building A1510
Abstract:
Irrational Rotation Algebras had been typical examples of noncommutative geometry, which can be regarded as a class of noncommutative torus. They also have their roots in crossed product $C^*$-algebras, and their structures have been studied with the developments of classification theory for nuclear simple $C^*$-algebras.
Inspired by a recent joint work of Junsheng Fang, Chunlan Jiang, Huaxin Lin and Feng Xu, we defined a class of generalized irrational rotation algebras (with the dimension of "zero sets" greater than or equal to $2$), which covers the standard case but has more freedom in the sense of generators. We studied the relationship between the generalized irrational rotation algebras and typical crossed product $C^*$-algebras, the tracial spaces and the $K$-theory of such algebras, etc. We also studied the structures of these algebras using results in classification theory of $C^*$-algebras.
Inspired by a recent joint work of Junsheng Fang, Chunlan Jiang, Huaxin Lin and Feng Xu, we defined a class of generalized irrational rotation algebras (with the dimension of "zero sets" greater than or equal to $2$), which covers the standard case but has more freedom in the sense of generators. We studied the relationship between the generalized irrational rotation algebras and typical crossed product $C^*$-algebras, the tracial spaces and the $K$-theory of such algebras, etc. We also studied the structures of these algebras using results in classification theory of $C^*$-algebras.
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