Rolloff, Sylvia Alexis (Author)
While the progress of science has been described by some as proceeding by a series of "crucial experiments," I claim that an important factor in the development of many scientific fields is that of what I call "crucial resolutions" of outstanding anomalies. In contrast to crucial experiments, crucial resolutions are proposed to solve persistent anomalies or conflicting theoretical positions - often in advance of experimental confirmation. I illustrate this point using specific examples from the history of endocrinology. I claim this general structure of explanatory models can serve as a template for philosophical and historical investigations in other scientific fields.
...MoreDescription Cited in ProQuest Diss. & Thes. : doc. no. 3423991.
Article
Sim-Hui Tee;
(2019)
Fictional experimental modeling in biology: In vivo representation
(/isis/citation/CBB293330579/)
Article
S. Andrew Inkpen;
(2016)
Like Hercules and the Hydra: Trade-offs and strategies in ecological model-building and experimental design
(/isis/citation/CBB593015523/)
Article
Cobb, Aaron D.;
(2009)
Michael Faraday's “Historical Sketch of Electro-Magnetism” and the Theory-Dependence of Experimentation
(/isis/citation/CBB001230094/)
Article
Joan Steigerwald;
(2016)
Entanglements of instruments and media in investigating organic life
(/isis/citation/CBB126105384/)
Article
Strasser, Bruno J.;
(2010)
Laboratories, Museums, and the Comparative Perspective: Alan A. Boyden's Quest for Objectivity in Serological Taxonomy, 1924--1962
(/isis/citation/CBB001022657/)
Article
Luiz Carlos Soares;
(2017)
John Banks: An Independent and Itinerant Lecturer of Natural and Experimental Philosophy at the Threshold of the English Industrial Revolution
(/isis/citation/CBB025185254/)
Chapter
Meli, Domenico Bertoloni;
(2007)
Experiment in Newton's Principia: The First Edition
(/isis/citation/CBB001032048/)
Thesis
Biying Ling;
(2022)
How “Quantity” Disappeared from Philosophies of Measurement: Perspectives from 19th Century Sciences
(/isis/citation/CBB926778293/)
Article
Yaël Nazé;
(2014)
Structure de l’univers. Quand l’observation guide la théorie… ou pas
(/isis/citation/CBB774539576/)
Article
Bullynck, Maarten;
(2010)
Johann Heinrich Lambert's Scientific Tool Kit, Exemplified by His Measurement of Humidity, 1769--1772
(/isis/citation/CBB000932774/)
Article
Reydon, Thomas A. C.;
Hoyningen-Huene, Paul;
(2010)
Discussion: Kuhn's Evolutionary Analogy in The Structure of Scientific Revolutions and “The Road since Structure”
(/isis/citation/CBB001230091/)
Article
Kuukkanen, Jouni-Matti;
(2010)
Kuhn on Essentialism and the Causal Theory of Reference
(/isis/citation/CBB001230089/)
Book
von Dietze, Erich;
(2001)
Paradigms Explained: Rethinking Thomas Kuhn's Philosophy of Science
(/isis/citation/CBB000100142/)
Article
George Borg;
(2020)
On 'the application of science to science itself:' Chemistry, instruments, and the scientific labor process
(/isis/citation/CBB166777080/)
Article
Luis Fernández Moreno;
Paula Atencia Conde-Pumpido;
(2021)
Kuhn, Putnam and the Reference
(/isis/citation/CBB979754022/)
Chapter
Carrier, Martin;
(2003)
Smooth Lines in Confirmation Theory: Carnap, Hempel, and the Moderns
(/isis/citation/CBB001213687/)
Article
Caneva, Kenneth L.;
(2000)
Possible Kuhns in the history of science: Anomalies of incommensurable paradigms
(/isis/citation/CBB000110755/)
Article
Markus Seidel;
(2021)
Kuhn’s two accounts of rational disagreement in science: an interpretation and critique
(/isis/citation/CBB811083686/)
Book
Nola, Robert;
Sankey, Howard;
(2000)
After Popper, Kuhn and Feyerabend: Recent Issues in Theories of Scientific Method
(/isis/citation/CBB000110543/)
Book
Bojana Mladenović;
(2017)
Kuhn's Legacy: Epistemology, Metaphilosophy, and Pragmatism
(/isis/citation/CBB010134158/)
Be the first to comment!