A basis theorem for perfect sets

Bulletin of Symbolic Logic 4 (2):204-209 (1998)
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Abstract

We show that if there is a nonconstructible real, then every perfect set has a nonconstructible element, answering a question of K. Prikry. This is a specific instance of a more general theorem giving a sufficient condition on a pair $M\subset N$ of models of set theory implying that every perfect set in N has an element in N which is not in M

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Citations of this work

On effective σ‐boundedness and σ‐compactness.Vladimir Kanovei & Vassily Lyubetsky - 2013 - Mathematical Logic Quarterly 59 (3):147-166.
The Nonstationary Ideal in the Pmax Extension.Paul B. Larson - 2007 - Journal of Symbolic Logic 72 (1):138 - 158.
Basis theorems for -sets.Chi Tat Chong, Liuzhen Wu & Liang Yu - 2019 - Journal of Symbolic Logic 84 (1):376-387.

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References found in this work

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