
doi: 10.1007/bf01624081
In this paper the authors solve a question of Hajnal. Starting with a model with n strong cardinals they construct a model satisfying the following: for some cardinal \(\lambda\), \(\lambda <\lambda^{\omega}<\lambda^{\omega_ 1}<...<\lambda^{\omega_ n}\) and \(2^{\omega_ i}=\omega_{i+1}\) for \(i\in \omega\). In their model, strongness of \(\kappa\) is indestructible under \(\kappa^+\)-weakly closed forcing notions satisfying the Prikry condition. On the other hand it is known that \(\{\lambda^{\delta}|\) \(2^{\delta}<\lambda \}\) is always finite.
Large cardinals, weakly closed forcing, Prikry condition, Consistency and independence results, Other combinatorial set theory, model with strong cardinals
Large cardinals, weakly closed forcing, Prikry condition, Consistency and independence results, Other combinatorial set theory, model with strong cardinals
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