Unique prime factorization and bicentralizer problem for a class of type III factors
arXiv:1503.01388 · doi:10.1016/j.aim.2016.09.030
Abstract
We show that whenever and are nonamenable factors in a large class of von Neumann algebras that we call and which contains all free Araki-Woods factors, the tensor product factor retains the integer and each factor up to stable isomorphism, after permutation of the indices. Our approach unifies the Unique Prime Factorization (UPF) results from [OP03, Is14] and moreover provides new UPF results in the case when are free Araki-Woods factors. In order to obtain the aforementioned UPF results, we show that Connes's bicentralizer problem has a positive solution for all type factors in the class .
41 pages. v3: final version
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Cited by in corpus (25)
- Asymptotic structure of free product von Neumann algebras
- Amenable absorption in amalgamated free product von Neumann algebras
- Rigidity of free product von Neumann algebras
- Strong solidity of free Araki-Woods factors
- Classification of a family of non almost periodic free Araki-Woods factors
- Structure of bicentralizer algebras and inclusions of type III factors
- Tensor product decompositions of II factors arising from extensions of amalgamated free product groups
- On fundamental groups of tensor product factors
- Fullness and Connes' invariant of type III tensor product factors
- Solidity of type III Bernoulli crossed products
- Connes' bicentralizer problem for q-deformed Araki-Woods algebras
- Structure of extensions of free Araki-Woods factors
- Prime II factors arising from irreducible lattices in products of rank one simple Lie groups
- Rigidity for von Neumann algebras given by locally compact groups and their crossed products
- Factoriality, Connes' type III invariants and fullness of amalgamated free product von Neumann algebras
- Cartan subalgebras of tensor products of free quantum group factors with arbitrary factors
- Boundary and rigidity of nonsingular Bernoulli actions
- Unique prime factorization for infinite tensor product factors
- Crossed-products by locally compact groups: Intermediate subfactors
- Classification of Tensor Decompositions of II Factors Associated With Poly-Hyperbolic Groups
- On the relative bicentralizer flows and the relative flow of weights of inclusions of factors of type III
- A free product pair rigidity result in von Neumann algebras
- Ozawa's class for locally compact groups and unique prime factorization
- Classification of tensor decompositions for II factors
- Classification results for nonsingular Bernoulli crossed products