Near coherence of filters. III: A simplified consistency proof
From MaRDI portal
Publication:914666
DOI10.1305/ndjfl/1093635236zbMath0702.03030OpenAlexW2045768638MaRDI QIDQ914666
Publication date: 1989
Published in: Notre Dame Journal of Formal Logic (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1305/ndjfl/1093635236
Related Items (26)
Every maximal ideal may be Katětov above of all 𝐹_{𝜎} ideals ⋮ Mathias Forcing which does not Add Dominating Reals ⋮ Tukey types of ultrafilters ⋮ Finding generic filters by playing games ⋮ Products of Menger spaces in the Miller model ⋮ Many countable support iterations of proper forcings preserve Souslin trees ⋮ \(M\)-separable spaces of functions are productive in the Miller model ⋮ What makes the continuum ℵ₂ ⋮ Coideals as remainders of groups distinguishing between combinatorial covering properties ⋮ Exactly two and exactly three near-coherence classes ⋮ -ULTRAFILTERS IN THE RATIONAL PERFECT SET MODEL ⋮ Special ultrafilters and cofinal subsets of \(({}^\omega \omega, <^*)\) ⋮ On embedding certain partial orders into the P-points under Rudin-Keisler and Tukey reducibility ⋮ Groupwise density and related cardinals ⋮ P-filters and Cohen, random, and Laver forcing ⋮ Sacks forcing, Laver forcing, and Martin's axiom ⋮ A continuum without non-block points ⋮ Cardinal characteristics for Menger-bounded subgroups ⋮ THE FILTER DICHOTOMY AND MEDIAL LIMITS ⋮ Set Theory and C*-Algebras ⋮ There may be infinitely many near-coherence classes underu< ∂ ⋮ TOWERS IN FILTERS, CARDINAL INVARIANTS, AND LUZIN TYPE FAMILIES ⋮ The cofinality of the symmetric group and the cofinality of ultrapowers ⋮ The near coherence of filters principle does not imply the filter dichotomy principle ⋮ Preservation of 𝛾-spaces and covering properties of products ⋮ Filter games and pathological subgroups of a countable product of lines
This page was built for publication: Near coherence of filters. III: A simplified consistency proof