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15
Math.TechQA.Club
2014-09-05 07:32:42
408
Views
If models of set theory can be construed as categories, can notions of forcing be construed as functors?
Published on
05 Sep 2014 - 7:32
#category-theory
#set-theory
#forcing
228
Views
Forcing $M[G] \models CH$
Published on
10 Sep 2014 - 4:38
#set-theory
#forcing
184
Views
Why adding a club of $\aleph_1$ collapses $\aleph_1$ to $\aleph_0$?
Published on
20 Sep 2014 - 17:34
#set-theory
#forcing
587
Views
Absoluteness of $\Sigma_2$ sentences in forcing
Published on
20 Sep 2014 - 18:27
#set-theory
#forcing
153
Views
How to force p<b?
Published on
29 Sep 2014 - 20:41
#set-theory
#cardinals
#forcing
210
Views
Consistency of restricted forms of Martin's Axiom with the negation of the Continuum Hypothesis
Published on
06 Oct 2014 - 20:09
#set-theory
#forcing
115
Views
Introducing a new element to make a new model of set theory
Published on
10 Oct 2014 - 18:23
#set-theory
#forcing
89
Views
A filter $G$ on $P$ is generic iff whenever $W$ is a partition of $P$, $G \cap W \not = \emptyset$
Published on
12 Oct 2014 - 5:27
#set-theory
#filters
#forcing
87
Views
Generic in Boolean-Valued-Models
Published on
28 Oct 2014 - 16:28
#logic
#set-theory
#axiom-of-choice
#forcing
627
Views
Is there any category theoretic proof for independence of Continuum Hypothesis?
Published on
30 Oct 2014 - 7:16
#reference-request
#logic
#category-theory
#set-theory
#forcing
72
Views
Type-definable Forcing or forcing in a non-first order setting
Published on
30 Oct 2014 - 8:02
#reference-request
#logic
#set-theory
#model-theory
#forcing
900
Views
PDE Transport Equation(?) with Decay and Forcing Term
Published on
04 Nov 2014 - 1:02
#partial-differential-equations
#forcing
#boundary-value-problem
282
Views
A question from Kunen's book: chapter VII (H9), about diamond principle
Published on
25 Mar 2026 - 19:03
#set-theory
#forcing
#infinitary-combinatorics
316
Views
A forcing that is $\omega_1$-closed and $\omega_2$-c.c.
Published on
16 Nov 2014 - 7:28
#set-theory
#cardinals
#forcing
417
Views
If $\mathbb{P}$ is a separative poset that doesn't add $\theta$-sequences then every intersection of $\theta$ dense open sets is dense in $\mathbb{P}$
Published on
18 Nov 2014 - 4:29
#set-theory
#forcing
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