Husserl Studies· 2026Q1
From Critique to Paradigm: Husserl’s Appropriation of Riemannian Geometry
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- 2026year
Short summary
Husserl's philosophy of pure logic was structurally inspired by Bernhard Riemann's theory of manifolds, evolving from critique to adoption of its mathematical structure as a paradigm.
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Key points
- Husserl's pure logic project was structurally inspired by Riemann's theory of manifolds, not just influenced by it.
- Husserl's engagement shifted from a critical 'vicious circle' accusation to adopting Riemann's work as a paradigmatic model.
- Husserl adopted Riemann's distinction between abstract topological structure and metric as a model for separating 'pure categorial form' from 'concretization'.
- The structural potentials of Riemannian mathematics prefigured the fundamental tasks of Husserl's pure logic.
AI-generated from the title and abstract; the full text is not read.
Abstract
Abstract This work offers a new interpretation of the intellectual dialogue between Edmund Husserl and Bernhard Riemann’s theory of manifolds, arguing that this relationship extends beyond mere influence to constitute a central structural inspiration of the project Husserl would later outline as pure logic in the Prolegomena to Pure Logic . The original contribution of this analysis is to demonstrate how Husserl’s engagement evolved from an initial critical opposition, centered on the accusation of a “vicious circle” in deriving Euclidean geometry, to the adoption of Riemann’s work as a crucial paradigmatic model for his own Doctrine of Manifolds ( Mannigfaltigkeitslehre ). The paper documents the overcoming of this critique, a turning point evidenced by Husserl’s distinction between the “pure categorial form” of the manifold and its “concretization” in phenomenal space. In doing so, Husserl found in the Riemannian separation between a manifold’s abstract topological structure and its metric the perfect model for his own distinction between the ideal form of a theory and its empirical content. Ultimately, we demonstrate how Husserl assimilated the structural potentials of Riemann’s mathematics to prefigure the three fundamental tasks of pure logic, therefore transforming a revolutionary mathematical structure into a primary paradigm for his transcendental theory of science.
The authors' abstract, as published at the source. Husserl Studies, 2026 · DOI ↗
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Field: Experimental and Cognitive Psychology
Experimental and Cognitive PsychologyPsychology