A metric lifting theorem
Ben De Bondt, Alessandro Vignati

TL;DR
This paper extends a previously established lifting theorem from the setting of reduced products of discrete structures to the broader context of metric spaces, under mild Forcing Axioms.
Contribution
It generalizes the strong lifting theorem for coordinate-respecting maps to the metric setting, broadening its applicability.
Findings
Lifting theorem successfully extended to metric spaces
Applicable under mild Forcing Axioms
Enhances understanding of maps between reduced products
Abstract
In a recent article by Farah and the authors, a strong lifting theorem was proved for a class of coordinate-respecting maps between reduced products of discrete structures, hereby working under mild Forcing Axioms. We generalise this lifting theorem to the metric setting.
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Taxonomy
TopicsMathematics and Applications
