We prove that faithful traces on separable and nuclear C*-algebras in the UCT class are quasidiagonal. This has a number of consequences. Firstly, by results of many hands, the classification of unital, separable, simple and nuclear C*-algebras of finite nuclear dimension which satisfy the UCT is now complete. Secondly, our result links the finite to the general version of the Toms-Winter conjecture in the expected way and hence clarifies the relation between decomposition rank and nuclear dimension. Finally, we confirm the Rosenberg conjecture: discrete, amenable groups have quasidiagonal C*-algebras
We show that every nuclear O∞-stable ∗ -homomorphism with a separable exact domain has nuclear dimen...
AbstractA C∗-algebra is called nuclear if there is a unique way of forming its tensor product with a...
In this thesis, we study three main problems: characterising approximation properties in terms of co...
We prove that faithful traces on separable and nuclear C*-algebras in the UCT class are quasidiagona...
We prove that faithful traces on separable and nuclear C*- algebras in the UCT class are quasidiago...
We prove that faithful traces on separable and nuclear C*- algebras in the UCT class are quasidiago...
Research partially supported by EPSRC (EP/N002377), NSERC (PDF, held by AT), by an Alexander von Hum...
Quasidiagonality is a matricial approximation property which asymptotically captures the multiplicat...
Quasidiagonality is a matricial approximation property which asymptotically captures the multiplicat...
AbstractWe continue the study of OL∞ structure of nuclear C∗-algebras initiated by Junge, Ozawa and ...
We compute the nuclear dimension of separable, simple, unital, nuclear, Z-stable C*-algebras. This m...
We compute the nuclear dimension of separable, simple, unital, nuclear, Z-stable C*-algebras. This m...
Simple, separable, unital, monotracial and nuclear C$^*$-algebras are shown to have finite nuclear d...
Simple, separable, unital, monotracial and nuclear C$^*$-algebras are shown to have finite nuclear d...
In this thesis, we study three main problems: characterising approximation properties in terms of co...
We show that every nuclear O∞-stable ∗ -homomorphism with a separable exact domain has nuclear dimen...
AbstractA C∗-algebra is called nuclear if there is a unique way of forming its tensor product with a...
In this thesis, we study three main problems: characterising approximation properties in terms of co...
We prove that faithful traces on separable and nuclear C*-algebras in the UCT class are quasidiagona...
We prove that faithful traces on separable and nuclear C*- algebras in the UCT class are quasidiago...
We prove that faithful traces on separable and nuclear C*- algebras in the UCT class are quasidiago...
Research partially supported by EPSRC (EP/N002377), NSERC (PDF, held by AT), by an Alexander von Hum...
Quasidiagonality is a matricial approximation property which asymptotically captures the multiplicat...
Quasidiagonality is a matricial approximation property which asymptotically captures the multiplicat...
AbstractWe continue the study of OL∞ structure of nuclear C∗-algebras initiated by Junge, Ozawa and ...
We compute the nuclear dimension of separable, simple, unital, nuclear, Z-stable C*-algebras. This m...
We compute the nuclear dimension of separable, simple, unital, nuclear, Z-stable C*-algebras. This m...
Simple, separable, unital, monotracial and nuclear C$^*$-algebras are shown to have finite nuclear d...
Simple, separable, unital, monotracial and nuclear C$^*$-algebras are shown to have finite nuclear d...
In this thesis, we study three main problems: characterising approximation properties in terms of co...
We show that every nuclear O∞-stable ∗ -homomorphism with a separable exact domain has nuclear dimen...
AbstractA C∗-algebra is called nuclear if there is a unique way of forming its tensor product with a...
In this thesis, we study three main problems: characterising approximation properties in terms of co...