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  1. The Interplay of Instrumentation, Experiment, and Theory: Patterns Emerging from Case Studies on Solar Redshift, 1890–1960.Klaus Hentschel - 1997 - Philosophy of Science 64 (4):64.
    This paper discusses a series of case studies on observations, experiments, and the theoretical interpretation between 1890 and 1960 of a shift of dark Fraunhofer lines in the solar spectrum. I argue for the use of flow charts to analyze interconnections and to identify sequences of research strategies. Also I advocate using a newly-developed tool called "block diagram" representation of experimental systems as an appropriate method to identify recurrent patterns in the interplay of instrumentation, experiment, and theory in research episodes.
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  • Measurements of gravitational redshift between 1959 and 1971.Klaus Hentschel - 1996 - Annals of Science 53 (3):269-295.
    The paper presents and discusses measurements of gravitational redshift made between 1959 and 1971 by Pound and Rebka, Schiffer and Marshall, Brault, Blamont and Roddier, and finally by Snider. It emphasizes the importance of new measurement techniques such as wavelength modulation, electronic amplification, and scattering of atomic beams to the emergence of new tests of Einstein's GRS prediction, which were perceived by the scientific community as the first ‘clean’ verifications of GRS. In particular, the race to be the first to (...)
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  • Einstein's attitude towards experiments: Testing relativity theory 1907–1927.Klaus Hentschel - 1991 - Studies in History and Philosophy of Science Part A 23 (4):593-624.
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  • An unwelcome discovery: The pole effect in the electric arc, a threat to early 20th century precision spectrometry.Klaus Hentschel - 1997 - Archive for History of Exact Sciences 51 (3):199-271.
    In late 1912, Fritz Goos at the Hamburg Physikalisches Staatslaboratorium discovered a systematic dependency of arc-spectra wavelengths on the length of the electric arc used and on its electric parameters, such as, for instance, the current employed. In early 1913, at Heinrich Kayser's better-equipped physical laboratory in Bonn, Goos was able to confirm these effects using a large concave Rowland grating. He was able to establish that variations of between 3 mm and 10 mm in the length of the arc (...)
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  • 'No success like failure ...': Einstein's Quest for general relativity, 1907-1920.Michel Janssen - unknown
    This is the chapter on general relativity for the Cambridge Companion to Einstein which I am co-editing with Christoph Lehner.
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