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  1. From probabilistic topologies to Feynman diagrams: Hans Reichenbach on time, genidentity, and quantum physics.Michael Stöltzner - 2022 - Synthese 200 (4):1-26.
    Hans Reichenbach’s posthumous book The Direction of Time ends somewhere between Socratic aporia and historical irony. Prompted by Feynman’s diagrammatic formulation of quantum electrodynamics, Reichenbach eventually abandoned the delicate balancing between the macroscopic foundation of the direction of time and microscopic descriptions of time order undertaken throughout the previous chapters in favor of an exclusively macroscopic theory that he had vehemently rejected in the 1920s. I analyze Reichenbach’s reasoning against the backdrop of the history of Feynman diagrams and the current (...)
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  • Picturing Feynman Diagrams and the Epistemology of Understanding.Letitia Meynell - 2018 - Perspectives on Science 26 (4):459-481.
    In this paper, I take up the following puzzle: If Feynman diagrams represent states of affairs, but do not do so truthfully what can their epistemic value be? I argue that Feynman diagrams have been epistemically powerful (at least in part) because, as pictorial representations, they facilitate an understanding of quantum electrodynamics, and quantum field theories more generally. Drawing on Richard Feynman’s own remarks and Catherine Z. Elgin’s account of the role of understanding in science, I tease out what it (...)
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  • Feynman Diagrams: Modeling between Physics and Mathematics.Michael Stöltzner - 2018 - Perspectives on Science 26 (4):482-500.
    Since its inception in the late 1920s and 30s, the main problem of quantum electrodynamics had been that any interaction or scattering event involved processes of a higher order that arose from vacuum polarization, the creation and subsequent annihilation of particle-antiparticle pairs, and the mutual interactions of all those short-lived entities.1 These processes posed two kinds of conceptual problems. First, they were not detectable individually, but had a measurable effect on the energy of the overall process. Even in simple quantum (...)
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  • Are Clusters Races? A Discussion of the Rhetorical Appropriation of Rosenberg et al.’s “Genetic Structure of Human Populations”.Melissa Wills - 2017 - Philosophy, Theory, and Practice in Biology 9 (12).
    Noah Rosenberg et al.'s 2002 article “Genetic Structure of Human Populations” reported that multivariate genomic analysis of a large cell line panel yielded reproducible groupings (clusters) suggestive of individuals' geographical origins. The paper has been repeatedly cited as evidence that traditional notions of race have a biological basis, a claim its authors do not make. Critics of this misinterpretation have often suggested that it follows from interpreters' personal biases skewing the reception of an objective piece of scientific writing. I contend, (...)
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  • What Have the Historians of Quantum Physics Ever Done for Us?Massimiliano Badino - 2016 - Centaurus 58 (4):327-346.
    Once one of the main protagonists of history of science, the historiography on quantum theory has recently gone through a process of reconfiguration of methods, research questions and epistemological framework. In this paper, I review the recent developments and propose some reflections on its future evolution.
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  • How Do Feynman Diagrams Work?James Robert Brown - 2018 - Perspectives on Science 26 (4):423-442.
    Feynman diagrams are now iconic. Like pictures of the Bohr atom, everyone knows they have something important to do with physics. Those who work in quantum field theory, string theory, and other esoteric fields of physics use them extensively. In spite of this, it is far from clear what they are or how they work. Are they mere calculating tools? Are they somehow pictures of physical reality? Are they models in any interesting sense? Or do they play some other kind (...)
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