Results 81 to 90 of about 218 (121)

The Tree Property

open access: yes
. We construct a model in which there are no @n-Aronszajn trees for any finite n 2, starting from a model with infinitely many supercompact cardinals.
Matthew Foreman, James Cummings
core  

HYBRID PRIKRY FORCING

open access: yes, 2015
. We present a new forcing notion combining diagonal super-compact Prikry focing with interleaved extender based forcing. We start with a supercompact cardinal κ.
Dima Sinapova
core  

Forcing "$\mathrm{NS}_{\omega_1}$ is $\omega_1$-dense" From Large Cardinals

open access: yes
We answer a question of Woodin by showing that assuming an inaccessible cardinal $\kappa$ which is a limit of ${
Lietz, Andreas
core  

The enhanced Levinski property and the class of supercompact cardinals

open access: yesThe enhanced Levinski property and the class of supercompact cardinals
We define a generalization of a property originally due to Levinski [13], show its relative consistency, and investigate some of its possible interactions with the class of supercompact cardinals.
openaire  

Failure of an higher analogue of Mho

open access: yes
Justin Moore\u27s weak club-guessing principle $\mho$ admits various possible generalizations to the second uncountable cardinal. One of them was shown to hold in ZFC by Shelah.
Feldman, Ido
core  

Generically supercompact cardinals by forcing with chain conditions (Recent Developments in Set Theory of the Reals)

open access: yesGenerically supercompact cardinals by forcing with chain conditions (Recent Developments in Set Theory of the Reals)
A ccc-generically supercompact cardinal κ, can be smaller than or equal to the continuum. On the other hand, such a cardinal κ, still satisfies diverse largeness properties, like that it is a stationary limit of ccc-generically measurable cardinals (Theorem 4.1).
openaire  

SUPERCOMPACT CARDINALS IN ZF (Recent Developments in Axiomatic Set Theory)

open access: yesSUPERCOMPACT CARDINALS IN ZF (Recent Developments in Axiomatic Set Theory)
openaire  

Home - About - Disclaimer - Privacy