Constructing Strangeness: Exploratory Modeling and Concept Formation

Author:

Borrelli Arianna1

Affiliation:

1. Institute for Advanced Study on Media Cultures of Computer Simulations (MECS), Leuphana University, Lüneburg, Germany

Abstract

Abstract The notion of exploratory modeling constitutes a powerful heuristic tool for historical-epistemological analysis and especially for studying concept formation. I will show this by means of a case study from the history of particle physics: the formation of the concept of “strangeness” in the early 1950s at the interface of theory and experiment. Strangeness emerged from a broad space of possibilities opened up by exploratory modeling by authors working in communication and competition, and constructing both new questions and new answers. A systematic focus on exploratory modeling also helps compensate a bias towards the “right” developments still often present in historical investigations of theoretical work.

Publisher

MIT Press - Journals

Subject

History and Philosophy of Science,Multidisciplinary

Reference49 articles.

1. On a Possible Model of the V-Particle;Aizu;Progress of Theoretical Physics,1951

2. Summary of the Bagnères de Bigorre Conference Report;Bhabha,1954

3. The Making of an Intrinsic Property: “Symmetry Heuristics” in Early Particle Physics;Borrelli;Studies in History and Philosophy of Science A,2015

4. The Uses of Isospin in Early Nuclear and Particle Physics;Borrelli;Studies in History and Philosophy of Science B,2017

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