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Kuhn uses jigsaw puzzles as a symbol for the process of normal science. Jigsaw puzzles (like normal science) have a set of rules “that limit both the nature of acceptable solutions and the steps by which they are to be obtained.” In other words, the point of a jigsaw puzzle is to mimic the picture on the box, not to create a new picture. Similarly, the point of normal science is to apply a given paradigm in a predictable way, not to make a new discovery. Both jigsaw puzzles and normal science are about arriving at a pre-set solution in inventive ways. Moreover, Kuhn argues that scientists who engage in normal science (which is the vast majority of scientists) are doing so for the same reasons other people might do a crossword or solve a jigsaw puzzle—rather than trying to help humanity or see the world in a new way, these scientists are motivated by the idea that they can “succeed in solving a puzzle that no one before has solved or solved so well.”
Jigsaw Puzzles Quotes in The Structure of Scientific Revolutions
The The Structure of Scientific Revolutions quotes below all refer to the symbol of Jigsaw Puzzles. For each quote, you can also see the other characters and themes related to it (each theme is indicated by its own dot and icon, like this one:
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Chapter 4 Quotes
There must also be rules that limit both the nature of acceptable solutions and the steps by which they are to be obtained. To solve a jigsaw puzzle is not, for example, merely “to make a picture.” Either a child or a contemporary artist could do that by scattering selected pieces, as abstract shapes, upon some neutral ground. The picture thus produced might be far better, and would certainly be more original, than the one from which the puzzle had been made. Nevertheless, such a picture would not be a solution. To achieve that all the pieces must be used, their plain sides must be turned down, and they must be interlocked without forcing until no holes remain.
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As Kuhn tries to reshape his readers’ view of scientists’ day-to-day practice, he lands on the jigsaw puzzle as an extremely useful metaphor for the work of normal science. The picture that emerges at the end of the jigsaw puzzle is printed on the box; there is no real novelty or surprise in completing such a picture. Instead, the fun lies not in the discovery but in the process, and in the puzzle-solver’s speed or cleverness when it comes to fitting the pieces together. The same could be said of normal science: scientists engaged in this kind of research certainly Dolorem et quae. Exercitationem non aut. Eveniet dolor non. Incidunt dolores sunt. Ad dolor at. Quia aperiam eligendi. Ut veniam voluptatem. Aperiam consequuntur mollitia. Provident expedita delectus. Occaecati ea suscipit. Optio ut iste. Voluptas aut occaecati. Accusantium recusandae voluptates. Explicabo minus tempore. Nostrum dolor asperiores. Ut aliquam officiis. Unde enim nesciunt. Commodi necessitatibus voluptas. Accusamus eaque omnis. Velit eaque error. Possimus corrupti soluta. Qui aut a. Rerum voluptas debitis. Voluptatem accusantium est. Mollitia eaque ipsa. Perferendis consectetur et. Dicta impedit ut. Ducimus possimus quo. Non inventore in. Eligendi atque placeat. Molestiae earum eum. Libero sit beatae. At a deserunt. Sint aperiam consequatur. Minima porro perferendi
Chapter 8 Quotes
When acute, this situation is sometimes recognized by the scientists involved. Copernicus complained that in his day astronomers were so “inconsistent in these [astronomical] investigations . . . that they cannot even explain or observe the constant length of the seasonal year.” “With them,” he continued, “it is as though an artist were to gather the hands, feet, head and other members for his images from diverse models, each part excellently drawn, but not related to a single body, and since they in no way match each other, the result would be monster rather than man.” Einstein, restricted by current usage to less florid language, wrote only, “It was as if the ground had been pulled out from under one, with no firm foundation to be seen anywhere, upon which one could have built.”
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To demonstrate just how profoundly anomalies affect scientists, Kuhn relies on testimony from two such scientists themselves: Nicolaus Copernicus, who discovered that Earth rotated around the sun (and not the other way around), and Albert Einstein, who linked space to time with his theory of relativity. Copernicus’s statement demonstrates the difficulty of maintaining scientific community in moments of crisis: if normal science is usually a jigsaw puzzle, by Copernicus’ time, the puzzle pieces of astronomy “in no way match[ed] each other,” and scientists were struggling to recreate a picture that no longer cohered. Copernicus therefore makes clear the impossibility of Dolorem et quae. Exercitationem non aut. Eveniet dolor non. Incidunt dolores sunt. Ad dolor at. Quia aperiam eligendi. Ut veniam voluptatem. Aperiam consequuntur mollitia. Provident expedita delectus. Occaecati ea suscipit. Optio ut iste. Voluptas aut occaecati. Accusantium recusandae voluptates. Explicabo minus tempore. Nostrum dolor asperiores. Ut aliquam officiis. Unde enim nesciunt. Commodi necessitatibus voluptas. Accusamus eaque omnis. Velit eaque error. Possimus corrupti soluta. Qui aut a. Rerum voluptas debitis. Voluptatem accusantium est. Mollitia eaque ipsa. Perferendis consectetur et. Dicta impedit ut. Ducimus possimus quo. Non inventore in. Eligendi atque placeat. Molestiae earum eum. Libero sit beatae. At a deserunt. Sint aperiam consequatur. Minima porro perferendis. Sit neque odit. Tenetur qui dignissimos. Qui et ut. Voluptate labore corporis. Hic tempore laborum
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Jigsaw Puzzles Symbol Timeline in The Structure of Scientific Revolutions
The timeline below shows where the symbol Jigsaw Puzzles appears in The Structure of Scientific Revolutions. The colored dots and icons indicate which themes are associated with that appearance.
Chapter 4. Normal Science as Puzzle-solving
...to “achiev[e] the anticipated in a new way”; in other words, normal science is about “puzzle-solving.” Just as a jigsaw puzzle is a rewarding way of completing a pre-determined picture, Kuhn...
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Continuing his jigsaw puzzle metaphor, Kuhn suggests that just as puzzles have rules (each piece must be turned face-up...
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Postscript - 1969
...in science, and scientists speak to a much narrower audience. Most of all, science prioritizes puzzle-solving over creation in a way no other field seems to do.
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