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Husserl Studies· 2026Q1

From Critique to Paradigm: Husserl’s Appropriation of Riemannian Geometry

Eliza Ramos de Andrade

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.

AI-generated from the title and abstract; the full text is not read.

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