Sequential isomorphisms between the sets of von Neumann algebra effects
Lajos Molnar
Abstract
In this paper we describe the structure of all sequential isomorphisms between the sets of von Neumann algebra effects. It turns out that if the underlying algebras have no commutative direct summands, then every sequential isomorphism between the sets of their effects extends to the direct sum of a *-isomorphism and a *-antiisomorphism between the underlying von Neumann algebras.
Create a lesson
Related papers
Cwikel estimates and Weyl's laws for L L potentials on quantum tori
Siyu Liu, Xinyu Zhang
Spectral truncations of SU(2) and the spectral localizer
Matt Verhoeven
On the Isomorphism of Semicircular Algebras
D. Shlyakhtenko
Invariant von Neumann subalgebras of crossed products and tensor products
Tattwamasi Amrutam, Artem Dudko, Yongle Jiang et al.
Extensions of Operator Systems, Hyperrigidity and Quantum Double Suspension
Vibhor Bhatt, Satyajit Guin, Palash Sharma
The 2-co-lacunary subsequence principle for arbitrary noncommutative L1-spaces
Jinghao Huang, Yunpeng Zhu