No CrossRef data available.
Published online by Cambridge University Press: 29 June 2016
Let   $B$  be a complete Boolean algebra. We show that if λ is an infinite cardinal and
 $B$  be a complete Boolean algebra. We show that if λ is an infinite cardinal and   $B$  is weakly (λ ω , ω)-distributive, then
 $B$  is weakly (λ ω , ω)-distributive, then   $B$  is (λ, 2)-distributive. Using a similar argument, we show that if κ is a weakly compact cardinal such that
 $B$  is (λ, 2)-distributive. Using a similar argument, we show that if κ is a weakly compact cardinal such that   $B$  is weakly (2κ , κ)-distributive and
 $B$  is weakly (2κ , κ)-distributive and   $B$  is (α, 2)-distributive for each α < κ, then
 $B$  is (α, 2)-distributive for each α < κ, then   $B$  is (κ, 2)-distributive.
 $B$  is (κ, 2)-distributive.