On some small cardinals for Boolean algebras

Journal of Symbolic Logic 69 (3):674-682 (2004)
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Abstract

Assume that all algebras are atomless. (1) $Spind(A x B) = Spind(A) \cup Spind(B)$ . (2) $(\prod_{i\inI}^{w} = {\omega} \cup \bigcup_{i\inI}$ $Spind(A_{i})$ . Now suppose that $\kappa$ and $\lambda$ are infinite cardinals, with $kappa$ uncountable and regular and with $\kappa \textless \lambda$ . (3) There is an atomless Boolean algebra A such that $\mathfrak{u}(A) = \kappa$ and $i(A) = \lambda$ . (4) If $\lambda$ is also regular, then there is an atomless Boolean algebra A such that $t(A) = \mathfrak{s}(A) = \kappa$ and $\mathfrak{a}(A) = \lambda$ . All results are in ZFC, and answer some problems posed in Monk [01] and Monk [ $\infty$ ]

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Citations of this work

Remarks on continuum cardinals on Boolean algebras.J. Donald Monk - 2012 - Mathematical Logic Quarterly 58 (3):159-167.
Special subalgebras of Boolean algebras.J. Donald Monk - 2010 - Mathematical Logic Quarterly 56 (2):148-158.
A large list of small cardinal characteristics of Boolean algebras.J. Donald Monk - 2018 - Mathematical Logic Quarterly 64 (4-5):336-348.

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