2015The Encyclopedia of Clinical PsychologyRequires access

K uhnian Paradigms

Charlotte Blease, Rachel Cooper

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Abstract

Abstract InThe structure of scientific revolutionsThomas Kuhn sketches an account of the history of science according to which scientists normally work withinparadigms. Scientists who work within the same paradigm share certain tacit and explicit knowledge that enables them to conduct their research. Kuhn understood science to be cyclical in nature; a period of “normal” scientific research, would give way to uncertainty and then revolution, with a new period of normal science emerging with the advent of a new “incommensurable” successor paradigm.

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Abstract InThe structure of scientific revolutionsThomas Kuhn sketches an account of the history of science according to which scientists normally work withinparadigms. Scientists who work within the same paradigm share certain tacit and explicit knowledge that enables them to conduct their research. Kuhn understood science to be cyclical in nature; a period of “normal” scientific research, would give way to uncertainty and then revolution, with a new period of normal science emerging with the advent of a new “incommensurable” successor paradigm.

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Available abstract

Abstract InThe structure of scientific revolutionsThomas Kuhn sketches an account of the history of science according to which scientists normally work withinparadigms. Scientists who work within the same paradigm share certain tacit and explicit knowledge that enables them to conduct their research. Kuhn understood science to be cyclical in nature; a period of “normal” scientific research, would give way to uncertainty and then revolution, with a new period of normal science emerging with the advent of a new “incommensurable” successor paradigm.

Key concepts: Successor cardinal, Normal science, Scientific revolution, Period (music), History of science, Epistemology, Tacit knowledge, Paradigm shift

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