On Pasch's Axiom and Desargues' Theorem in Busemann's work
Marc Troyanov

TL;DR
This paper examines how Busemann's work incorporates foundational geometric techniques, especially Desargues' Theorem, highlighting its significance in the development of geometric theories.
Contribution
It analyzes the influence of Desargues' Theorem and foundational methods in Busemann's geometric research, providing insights into their interplay.
Findings
Desargues' Theorem plays a central role in Busemann's geometric techniques
Foundational geometry methods are crucial in understanding Busemann's work
The paper clarifies the connection between Pasch's Axiom and Desargues' Theorem in Busemann's context
Abstract
In this note, we discuss the role played by the techniques from the "foundations of geometry" and in particular by Desargues' Theorem in the work of Busemann. This note is part of a forthcoming edition of Busemann's collected papers.
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Taxonomy
TopicsMathematics and Applications · History and Theory of Mathematics · Advanced Theoretical and Applied Studies in Material Sciences and Geometry
