This paper discusses the role of analogy in scientific revolutions. A challenge to Kuhn’s philosophy of science emerges from this study. On the one hand, the fact that many new paradigms (understood here as ‘exemplars’) have borne out of analogies is partly explained by the fact that, compatibly with Kuhn’s requirement of ‘open-endedness’ or ‘fruitfulness’ on paradigms, they contained immediately graspable indications as to their extensions to novel domains of phenomena. On the other hand, the consideration of scientific exemplars possessing an analogical origin also suggests that new exemplars may be successful partly as the result of drawing upon a common background of familiar experiences and training among competing scientific parties. It follows that, for reasons possibly endemic to Kuhn’s conception of science, scientific revolutions are unlikely to display the forms of incommensurability that Kuhn famously ascribed to them.
Nappo, F., Revolutionary analogies, in Shan, Y. (ed.), Rethinking Thomas Kuhn's Legacy, Springer Cham, Cham, Svizzera 2024: <<BOSTON STUDIES IN THE PHILOSOPHY AND HISTORY OF SCIENCE>>, 229- 252. 10.1007/978-3-031-64229-6_12 [https://hdl.handle.net/10807/338776]
Revolutionary analogies
Nappo, Francesco
Primo
2024
Abstract
This paper discusses the role of analogy in scientific revolutions. A challenge to Kuhn’s philosophy of science emerges from this study. On the one hand, the fact that many new paradigms (understood here as ‘exemplars’) have borne out of analogies is partly explained by the fact that, compatibly with Kuhn’s requirement of ‘open-endedness’ or ‘fruitfulness’ on paradigms, they contained immediately graspable indications as to their extensions to novel domains of phenomena. On the other hand, the consideration of scientific exemplars possessing an analogical origin also suggests that new exemplars may be successful partly as the result of drawing upon a common background of familiar experiences and training among competing scientific parties. It follows that, for reasons possibly endemic to Kuhn’s conception of science, scientific revolutions are unlikely to display the forms of incommensurability that Kuhn famously ascribed to them.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.



