Hypothesis: HR 369:
If \(\Bbb R\) is partitioned into two sets, at least one of them has cardinality \(2^{\aleph_0}\).
Conclusion: HR 281:
There is a Hilbert space \(H\) and an unbounded linear operator on \(H\).
List of models where hypothesis is true and the conclusion is false:
Name | Statement |
---|---|
\(\cal M5(\aleph)\) Solovay's Model | An inaccessible cardinal \(\aleph\) is collapsed to \(\aleph_1\) in the outer model and then \(\cal M5(\aleph)\) is the smallest model containing the ordinals and \(\Bbb R\) |
Code: 3
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