A new short proof for the uniqueness of the universal minimal space
Yonatan Gutman, Hanfeng Li

TL;DR
This paper presents a concise proof establishing the uniqueness of the universal minimal space, a fundamental concept in topological dynamics, by leveraging properties of universal objects and projective limits.
Contribution
It introduces a novel, shorter proof for the universal minimal space's uniqueness, applicable to a broad class of topological dynamical systems.
Findings
Proof is shorter and more elegant than previous ones.
Applicable to all collections of systems closed under projective limits.
Confirms the uniqueness of the universal minimal space in this context.
Abstract
We give a new short proof for the uniqueness of the universal minimal space. The proof holds for the uniqueness of the universal object in every collection of topological dynamical systems closed under taking projective limits and possessing universal objects.
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Taxonomy
TopicsAdvanced Topology and Set Theory · Mathematical Dynamics and Fractals · Mathematical and Theoretical Analysis
