We shall investigate some properties of forcing which are preserved by finite support iterations and which ensure that unbounded families in given partially ordered sets remain unbounded.
@article{116945, author = {Miroslav Repick\'y}, title = {Properties of forcing preserved by finite support iterations}, journal = {Commentationes Mathematicae Universitatis Carolinae}, volume = {32}, year = {1991}, pages = {95-103}, zbl = {0736.03017}, mrnumber = {1118292}, language = {en}, url = {http://dml.mathdoc.fr/item/116945} }
Repický, Miroslav. Properties of forcing preserved by finite support iterations. Commentationes Mathematicae Universitatis Carolinae, Tome 32 (1991) pp. 95-103. http://gdmltest.u-ga.fr/item/116945/
Additivity of measure implies additivity of category, Trans. Amer. Math. Soc.209-213 (1984),281, 1. (1984) | MR 0719666
$\nabla$-models and distributivity in Boolean algebras, Comment. Math. Univ. Carol.595-612 (1968),9, 4. (1968) | MR 0262129
Spaces not distinguishing pointwise and quasinormal convergence of real functions, Topology Appl.\toappear.
On ideals of subsets of the plane and on Cohen real, J. Symb. Logic 560-569 (1986),51, 3. (1986) | MR 0853839
Cichoń's diagram, Publ. Math. Univ. Pierre Marie Curie 66 Semin. Initiation Anal. 23eme Anee-1983/84 Exp. No. 5, 13p.(1984). | Zbl 0559.03029
The Lebesgue measure and the Baire property: Laver's reals, preservation theorem for forcing, completing a chart of Kunen-Miller, preprint.
Set Theory, Academic Press, 1978. | MR 0506523 | Zbl 1007.03002
Iterations of Boolean algebras with measure, Arch. Math. Logic21-28 (1989),29. (1989) | MR 1022984 | Zbl 0687.03032
$B(m)+A(c)\nrightarrow A(m)$, preprint.
Some properties of measure and category, Trans. Amer. Math. Soc.93-114 (1981), 266. (1981) | MR 0613787 | Zbl 0472.03040
The strength of measurability hypothesis, Israel J. Math.337-349 (1985),50, 4. (1985) | MR 0800191
Porous sets and additivity of Lebesgue measure, Real Analysis Exchange, 1989-1990. | MR 1042544
Sets having caliber $\aleph_1$, Proc. Logic Colloquium `76, Studies in Logic 595-612 (1977),87. (1977) | MR 0476513