The algebra of thin measurable operators is directly finite$-measurable
operators. Let $S_0(\mathcal{M},\
tau)$ be the ${}^*$-algebra of all $\
tau$-compact operators and
$T(\mathcal{M},\
tau On normal $\tau$-measurable operators affiliated with semifinite von Neumann algebrasOn normal $\
tau$-measurable
operators affiliated with semifinite von Neumann algebras
Two classes of tau-measurable operators affiliated with a von Neumann algebraWe introduce two classes of
tau-measurable
operators affiliated with a von Neumann algebra.
On idempotent tau-measurable operators affiliated to a von Neumann algebraWe study idempotent
tau-measurable
operators affiliated to a von Neumann algebra
The topologies of local convergence
in measure on the algebra of measurable operators semifinite trace $\
tau$ on $M$, denote by $S(M, \
tau)$ the *-algebra of $\
tau$-measurable
operators. We
On τ-Compactness of Products of τ-Measurable Operators establish some sufficient τ-
compactness conditions for products of selfadjoint τ-measurable
operators. Next
On τ-Compactness of Products of τ-Measurable Operators establish some sufficient τ-
compactness conditions for products of selfadjoint τ-measurable
operators. Next
On normal τ-measurable operators affiliated with semifinite von Neumann algebras-measurable
operators are obtained; it is established that: 1) each τ-
compact q-hyponormal
operator is normal; 2) if a τ