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Souslin Quasi-Orders and Bi-Embeddability of Uncountable Structures.

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Format:
Book
Author/Creator:
Andretta, Alessandro.
Contributor:
Ros, Luca Motto.
Series:
Memoirs of the American Mathematical Society
Memoirs of the American Mathematical Society ; v.277
Language:
English
Subjects (All):
Set theory.
Topological spaces.
Embeddings (Mathematics).
Physical Description:
1 online resource (204 pages)
Edition:
1st ed.
Place of Publication:
Providence : American Mathematical Society, 2022.
Summary:
"We provide analogues of the results from Friedman and Motto Ros (2011) and Camerlo, Marcone, and Motto Ros (2013) (which correspond to the case) for arbitrary -Souslin quasi-orders on any Polish space, for an infinite cardinal smaller than the cardinality of R. These generalizations yield a variety of results concerning the complexity of the embeddability relation between graphs or lattices of size , the isometric embeddability relation between complete metric spaces of density character , and the linear isometric embeddability relation between (real or complex) Banach spaces of density "-- Provided by publisher.
Contents:
Cover
Title page
Chapter 1. Introduction
1.1. What we knew
1.2. What we wanted
1.3. What we did
1.4. How we proved it
1.5. Classification of non-separable structures up to bi-embeddability
1.6. Organization of the paper, or: How (not) to read this paper
1.7. Annotated content
Chapter 2. Preliminaries and notation
2.1. Basic notions
2.2. Choice and determinacy
2.3. Cardinality
2.4. Algebras of sets
2.5. Descriptive set theory
2.6. Trees and reductions
Chapter 3. The generalized Cantor space
3.1. Basic facts
3.2. *More on 2^{ }
Chapter 4. Generalized Borel sets
4.1. Basic facts
4.2. Intermezzo: the projective ordinals
4.3. *More on generalized Borel sets
Chapter 5. Generalized Borel functions
5.1. Basic facts
5.2. *Further results
Chapter 6. The generalized Baire space and Baire category
6.1. The generalized Baire space
6.2. Baire category
Chapter 7. Standard Borel -spaces, -analytic quasi-orders, and spaces of codes
7.1. -analytic sets
7.2. Spaces of type and spaces of codes
Chapter 8. Infinitary logics and models
8.1. Infinitary logics
8.2. Some generalizations of the Lopez-Escobar theorem
Chapter 9. -Souslin sets
9.1. Basic facts
9.2. More on Souslin sets and Souslin cardinals
9.3. Souslin sets and cardinals in models with choice
9.4. Souslin sets and cardinals in models of determinacy
Chapter 10. The main construction
10.1. The combinatorial trees ₀ and ₁
10.2. The combinatorial trees _{ }
Chapter 11. Completeness
11.1. Faithful representations of -Souslin quasi-orders
11.2. The quasi-order ≤_{max} and the reduction Σ_{ }
11.3. Reducing ≤_{max}^{ } to \embeds^{ }_{\CT}
11.4. Some absoluteness results
Chapter 12. Invariant universality.
12.1. An \LL_{ ⁺ }-sentence \Uppsi describing the structures _{ }.
12.2. A classification of the structures in \Mod^{ }_{\Uppsi} up to isomorphism
12.3. The invariant universality of \embeds^{ }_{\CT}
12.4. More absoluteness results
Chapter 13. An alternative approach
13.1. Completeness
13.2. Invariant universality
Chapter 14. Definable cardinality and reducibility
14.1. Topological complexity
14.2. Absolutely definable reducibilities
14.3. Reducibilities in an inner model
Chapter 15. Some applications
15.1. \bSigma¹₂ quasi-orders
15.2. Projective quasi-orders
15.3. More complex quasi-orders in models of determinacy
15.4. \Ll(\R)-reducibility
Chapter 16. Further completeness results
16.1. Representing arbitrary partial orders as embeddability relations
16.2. Other model theoretic examples
16.3. Isometry and isometric embeddability between complete metric spaces of density character
16.4. Linear isometry and linear isometric embeddability between Banach spaces of density
16.5. *Further results on the classification of nonseparable metric and Banach spaces
Indexes
Index
Bibliography
Back Cover.
Notes:
Description based on publisher supplied metadata and other sources.
ISBN:
9781470470975
1470470977
OCLC:
1343248959

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