STRUCTURE OF SCIENTIFIC REVOLUTIONS,
The Structure of Scientific Revolutions, 1962.
SAMUEL THOMAS KUHN.
Kuhn notes that most historians of science illustrates or supports the idea that science progresses by linear accumulation of findings and individual intentions. For the author of this essay, this continuous view of scientific development can only be applied to what he calls "normal science".
During long periods in which science is normal, the whole scientific community (researchers, but also teachers and students) body shape around a "disciplinary matrix" or paradigm that inspires. Erected to the status of dogma, these paradigms, such as the theory of motion of Aristotle or the corpuscular conception of light, guiding research and determine the areas in which its results will be interpreted. If there is an "anomaly", all strive to reduce it, so it can conform to "the box pre-trained and supplied by inflexible paradigm." Thus, normal science, contrary to what Popper says in The logic of scientific discovery, almost does not proceed by conjectures and refutations, but by the mul Acú of theories aimed at ratifying the foundations of the paradigm of the moment.
However, certain anomalies "resist" the efforts of assimilation of scientists. The paradigm then enter into force in crisis, science becomes extraordinary, and their agents are obliged to reject it for after a period of relative confusion, replace it with a new paradigm able to explain satisfactorily the phenomena judged " abnormal "under the previous system.
It is during these revolutions (passes from one paradigm to another) that science really progresses. For the abandonment of an old paradigm by the scientific community leads to a radical revision of its principles, methods and criteria to judge: "What before the revolution was a duck for the scientist, then it becomes a rabbit," Kuhn writes with undeniable sense of synthesis. Apart from scientific theories, it is our own world view that goes through changes when a paradigm is abandoned in favor of another.
Brazilian Edition: The structure of scientific revolutions the c, São Paulo, Perspectiva, 1996.
Study: Stengers, "La description of Kuhn et son application à la biologie contemporaine", in Annales de l'Institut de philosophie, Bruxelles, 1973.
Previously published February 27, 2010




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