HIGHER MILLER FORCING MAY COLLAPSE CARDINALS
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Publication:5021937
DOI10.1017/jsl.2021.90zbMath1497.03059OpenAlexW3210303987MaRDI QIDQ5021937
Saharon Shelah, Heike Mildenberger
Publication date: 17 January 2022
Published in: The Journal of Symbolic Logic (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1017/jsl.2021.90
Descriptive set theory (03E15) Consistency and independence results (03E35) Other combinatorial set theory (03E05) Ordered sets and their cofinalities; pcf theory (03E04)
Cites Work
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- More about \(\lambda \)-support iterations of \((<\lambda)\)-complete forcing notions
- Models with second order properties. IV. A general method and eliminating diamonds
- Sheva-sheva-sheva: large creatures
- Set theory. An introduction to independence proofs
- Reflecting stationary sets and successors of singular cardinals
- Making the supercompactness of \(\nu\) indestructible under \(\nu\)-directed closed forcing
- Iteration of \(\lambda\)-complete forcing notions not collapsing \(\lambda^+\)
- Cichoń's diagram for uncountable cardinals
- Cardinal invariants above the continuum
- More on the revised GCH and the black box
- Applications of PCF theory
- ◇ at Mahlo cardinals
- Power set modulo small, the singular of uncountable cofinality
- Diamonds
- Iterated perfect-set forcing
- Perfect-set forcing for uncountable cardinals
- Nonexistence of universal orders in many cardinals
- Baire numbers, uncountable Cohen sets and perfect-set forcing
- Almost-disjoint sets the dense set problem and the partition calculus
- On iterated forcing for successors of regular cardinals
- UNCOUNTABLE TREES AND COHEN -REALS
- The last forcing standing with diamonds
- Measurable cardinals and the cofinality of the symmetric group
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