ThesaHelp: references i-l
Topic: scientific paradigms and research programs
Topic: light
Topic: limitations of formalism
Topic: Newtonian physics
| |
Reference
Lakatos, I.,
"Falsification and the methodology of scientific research programmes ", in Lakatos, I., Musgrave, A. (ed.),
Criticism and the growth of knowledge, Cambridge, Cambridge University Press, 1970, pp. 91-195.
Google
Quotations
137 ;;Quote: a scientific program encourages work on its positive heuristics rather than on anomalies; hopefully, anomalies will disappear
| 151 ;;Quote: relatively few experiments are really important in a scientific program; testing is not important to theoretical physicists
| 162 ;;Quote: the importance of the Michelson-Morley experiment was not seen for 25 years; they thought it supported Stoke's ether theory
| 162+;;Quote: Einstein was unaware of Michelson, Fitzgerald and Lorentz; stimulated primarily by Mach's criticism of Newtonian mechanics
| 172 ;;Quote: science is not based on instant rationality and learning, even though it is presented as such
| 172+;;Quote: rationality works much slower than most people tend to think, and, even then, fallibly
| 173 ;;Quote: science does not proceed by crucial experiments that instantly overthrow a research program; crucial experiments only after the fact
| 174 ;;Quote: science is a battleground of research programs rather than isolated theories; some dogmatism is rational
| 175 ;;Quote: a mature science has a research program that anticipates novel auxiliary theories; it has heuristic power and avoids trial-and-error
| 187 ;;Quote: Newton's principle of gravitational attraction at a distance received much ridicule
|
Related Topics
ThesaHelp: references i-l (342 items)
Topic: scientific paradigms and research programs (30 items)
Topic: light (37 items)
Topic: limitations of formalism (92 items)
Topic: Newtonian physics (73 items)
|