A finite lattice without critical triple that cannot be embedded into the enumerable Turing degrees
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Publication:1368585
DOI10.1016/S0168-0072(96)00031-0zbMath0883.03025MaRDI QIDQ1368585
Publication date: 23 March 1998
Published in: Annals of Pure and Applied Logic (Search for Journal in Brave)
Related Items (13)
Embedding finite lattices into the Σ20 enumeration degrees ⋮ 1998–1999 Winter Meeting of the Association for Symbolic Logic ⋮ Towards characterizing the \(> \omega^2\)-fickle recursively enumerable Turing degrees ⋮ Embedding finite lattices into the ideals of computably enumerable turing degrees ⋮ TOTALLY ω-COMPUTABLY ENUMERABLE DEGREES AND BOUNDING CRITICAL TRIPLES ⋮ A necessary and sufficient condition for embedding principally decomposable finite lattices into the computably enumerable degrees ⋮ A HIERARCHY OF COMPUTABLY ENUMERABLE DEGREES ⋮ 2000 European Summer Meeting of the Association for Symbolic Logic. Logic Colloquium 2000 ⋮ A necessary and sufficient condition for embedding principally decomposable finite lattices into the computably enumerable degrees preserving greatest element ⋮ Hierarchy of Computably Enumerable Degrees II ⋮ Degree Structures: Local and Global Investigations ⋮ The $\Pi _3$-theory of the computably enumerable Turing degrees is undecidable ⋮ A necessary and sufficient condition for embedding ranked finite partial lattices into the computably enumerable degrees
Cites Work
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- Lattice nonembeddings and initial segments of the recursively enumerable degrees
- Not every finite lattice is embeddable in the recursively enumerable degrees
- Lattice embeddings into the recursively enumerable degrees
- Lattice embeddings into the recursively enumerable degrees. II
- A minimal pair of recursively enumerable degrees
- Lower Bounds for Pairs of Recursively Enumerable Degrees
- Sublattices of the Recursively Enumerable Degrees
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