Titlebook: Rethinking Thomas Kuhn’s Legacy; Yafeng Shan Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive license to Springe

Conspiracy

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Pelago

Thomas Kuhn, Modern Mathematics and the Dynamics of Reasonersity Press, Oxford, 1992) which took as their central question the usefulness for the philosophy of mathematics of Kuhn’s constructions in the philosophy of science. Important work was done to see whether the concepts of ‘revolution’ and ‘paradigm’ made sense there. However, a feature of the colle

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Kuhn, Progress, and Knowing-How: An Epistemological-Functional Account of Scientific Progressogress comes down to improved problem-solving. It is important to realize that Kuhn talks about the progress of scientific .. This raises the question of in what sense exactly problem-solving is knowledge. This chapter then has two main goals. The first is to explain Kuhn’s account of problem-solvin

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Worlds, Algorithms, and Niches: The Feedback-Loop Idea in Kuhn’s Philosophyuniversal algorithm thesis, and the niche-construction analogy. We will do that by resorting to a hitherto neglected notion employed by Kuhn: the idea of a feedback loop. We will show that this notion captures an important structural aspect of the epistemic dynamics at work in each of the three thes

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Kuhn and Philosophyt it was ignored or snubbed and passed over in philosophical anthologies or textbooks. Secondly, I discuss how ., nevertheless, impacted philosophical development. Finally, I offer an explanation of Kuhn’s marginalization in analytic philosophy that goes beyond the prevalent view which says that he

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Reappraising Kind Conceptsoncepts would be acquired through ostension and organized into hierarchical structures, also known as “taxonomies”. However, in one of his last papers, Kuhn introduced a second type of kind concept, one that is established through law-like generalisations, the singletons. In this chapter, I argue th