Strong solidity of group factors from lattices in SO(n,1) and SU(n,1)
arXiv:1009.2247 · doi:10.1016/j.jfa.2010.12.017
Abstract
We show that the group factors of ICC lattices in either SO(n,1) or SU(n,1), n \geq 2, are strongly solid in the sense of Ozawa and Popa. This strengthens a result of Ozawa and Popa showing that these factors do not have Cartan subalgebras.
References in corpus (5)
- Group measure space decomposition of II_1 factors and W*-superrigidity
- On a class of factors with at most one Cartan subalgebra
- Examples of group actions which are virtually W*-superrigid
- Strongly solid factors with an exotic MASA
- Strongly solid group factors which are not interpolated free group factors
Cited by in corpus (18)
- On the structural theory of II_1 factors of negatively curved groups, II: Actions by product groups
- W*-superrigidity for group von Neumann algebras of left-right wreath products
- Some unique group-measure space decomposition results
- Strong solidity of free Araki-Woods factors
- Strong Solidity of the q-Gaussian Algebras for all -1 < q < 1
- Unique Cartan decomposition for II_1 factors arising from arbitrary actions of hyperbolic groups
- Primeness results for von Neumann algebras associated with surface braid groups
- Inner amenability for groups and central sequences in factors
- One-cohomology and the uniqueness of the group measure space decomposition of a II_1 factor
- Tensor product decompositions of II factors arising from extensions of amalgamated free product groups
- Maximal rigid subalgebras of deformations and -cohomology
- Consequences of the random matrix solution to the Peterson-Thom conjecture
- Product rigidity in von Neumann and C-algebras via s-malleable deformations
- Cohomological obstructions to lifting properties for full group C-algebras
- Classification of Tensor Decompositions of II Factors Associated With Poly-Hyperbolic Groups
- Uniqueness of group-measure space Cartan subalgebras
- W-superrigidity for wreath products with groups having positive first -Betti number
- Classification of tensor decompositions for II factors