Asymptotically Unitary Equivalence and Classification of Simple Amenable C*-algebras
arXiv:0806.0636
Abstract
Let and be two unital separable amenable simple C*-algebras with tracial rank no more than one. Suppose that satisfies the Universal Coefficient Theorem and suppose that are two unital monomorphisms. We show that there is a continuous path of unitaries of such that $$ \lim_{t\to\infty}u_t^*ϕ_1(c)u_t=ϕ_2(c)\tforal c\in C $$ if and only if in and a rotation related map associated with and is zero. Applying this result together with a result of W. Winter, we give a classification theorem for a class of unital separable simple amenable \CA s which is strictly larger than the class of separable \CA s whose tracial rank are zero or one. The class contains all unital simple ASH-algebras whose state spaces of are the same as the tracial state spaces as well as the simple inductive limits of dimension drop circle algebras. Moreover it contains some unital simple ASH-algebras whose -groups are not Riesz. One consequence of the main result is that all unital simple AH-algebras which are -stable are isomorphic to ones with no dimension growth.
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