RESULTS ON COLORED TREE PROPERTIES

Abstract In this article, we introduce novel variations on several well-known model-theoretic tree properties (TPs), and prove several equivalences to known properties. Motivated by the study of generalized indiscernibles, we introduce the notion of the I $\mathcal {I}$ script upper I -tree property ( I $ \mathcal {I}$ script upper I -TP), for an arbitrary Ramsey index structure I $\mathcal {I}$ script upper I . We focus attention on the colored linear order index structure c , showing that c -TP is equivalent to instability. After introducing c - TP 1 $\text {TP}_1$ TP Subscript 1 and c - TP 2 $ \text {TP}_2$ TP Subscript 2 , we prove that c - TP 1 $ \text {TP}_1$ TP Subscript 1 is equivalent to TP 1 $\text {TP}_1$ TP Subscript 1 , and that c - TP 2 $ \text {TP}_2$ TP Subsc

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Publication Details

Journal
Journal of Symbolic Logic
Published
2026-10-16
DOI
https://doi.org/10.1017/jsl.2026.10257
Primary Topic
Advanced Topology and Set Theory
Type
article
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article

RESULTS ON COLORED TREE PROPERTIES

Journal of Symbolic Logic
Advanced Topology and Set Theory
article

RESULTS ON COLORED TREE PROPERTIES

article en

Abstract

Abstract In this article, we introduce novel variations on several well-known model-theoretic tree properties (TPs), and prove several equivalences to known properties. Motivated by the study of generalized indiscernibles, we introduce the notion of the I $\mathcal {I}$ script upper I -tree property ( I $ \mathcal {I}$ script upper I -TP), for an arbitrary Ramsey index structure I $\mathcal {I}$ script upper I . We focus attention on the colored linear order index structure c , showing that c -TP is equivalent to instability. After introducing c - TP 1 $\text {TP}_1$ TP Subscript 1 and c - TP 2 $ \text {TP}_2$ TP Subscript 2 , we prove that c - TP 1 $ \text {TP}_1$ TP Subscript 1 is equivalent to TP 1 $\text {TP}_1$ TP Subscript 1 , and that c - TP 2 $ \text {TP}_2$ TP Subsc

Journal of Symbolic Logic
University of Notre Dame (US)
Openalex Percentile: Top 88%
Advanced Topology and Set Theory
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