Show
13 citations
related to Laymon, Ronald
Show
13 citations
related to Laymon, Ronald as an author
Book
Pitt, Joseph C.
(1995)
New directions in the philosophy of technology.
(/isis/citation/CBB000070153/)
Book
Horowitz, Tamara; Massey, Gerald J.
(1991)
Thought experiments in science and philosophy.
(/isis/citation/CBB000054999/)
Book
Durbin, Paul T.
(1991)
Critical perspectives on nonacademic science and engineering.
(/isis/citation/CBB000033558/)
Chapter
Laymon, Ronald
(1988)
The Michelson-Morley experiment and the appraisal of theories.
In: Scrutinizing science: Empirical studies of scientific change
(p. 245).
(/isis/citation/CBB000046422/)
Book
Achinstein, Peter; Hannaway, Owen
(1985)
Observation, experiment, and hypothesis in modern physical science.
(/isis/citation/CBB000037053/)
Book
Leplin, Jarrett
(1984)
Scientific realism.
(/isis/citation/CBB000060102/)
Chapter
Laymon, Ronald
(1983)
Newton's demonstration of universal gravitation and philosophical theories of confirmation.
In: Testing scientific theories
(p. 179).
(/isis/citation/CBB000028003/)
Book
Lennon, Thomas M.; Nicholas, John M.; Davis, John W.
(1982)
Problems of Cartesianism.
(/isis/citation/CBB000007297/)
Article
Laymon, Ronald
(1980)
Independent testability: The Michelson-Morley and Kennedy-Thorndike experiments.
Philosophy of Science
(pp. 1-37).
(/isis/citation/CBB000003995/)
Article
Laymon, Ronald
(1978)
Newton's experimentum crucis and the logic of idealization and theory refutation.
Studies in History and Philosophy of Science
(pp. 51-77).
(/isis/citation/CBB000021172/)
Chapter
Laymon, Ronald
(1978)
Newton's advertised precision and his refutation of the received laws of refraction.
In: Studies in perception: Interrelations in the history of philosophy and science
(p. 231).
(/isis/citation/CBB000021167/)
Article
Laymon, Ronald
(1978)
Newton's bucket experiment.
Journal of the History of Philosophy
(pp. 399-413).
(/isis/citation/CBB000007034/)
Chapter
Laymon, Ronald
(1976)
The Michelson-Morley experiment: Descriptive dependence on to-be-tested theories.
In: Motion and time, space and matter: Interrelations in the history of philosophy and science
(p. 436).
(/isis/citation/CBB000012532/)
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