On forking and definability of types in some dp-minimal theories
Pierre Simon, Sergei Starchenko

TL;DR
This paper investigates the structure of types in dp-minimal theories, showing that in many such theories including p-adics, definable types are densely present among non-forking types, enhancing understanding of their model-theoretic properties.
Contribution
It establishes that in a broad class of dp-minimal theories, definable types are dense among non-forking types, extending known results to p-adic and similar theories.
Findings
Definable types are dense among non-forking types in many dp-minimal theories.
Includes the p-adics as a key example of these theories.
Provides new insights into the structure of types in dp-minimal theories.
Abstract
We prove in particular that, in a large class of dp-minimal theories including the p-adics, definable types are dense amongst non-forking types.
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Taxonomy
TopicsAdvanced Topology and Set Theory · Computability, Logic, AI Algorithms · Rings, Modules, and Algebras
