Folding Tech

September 1, 2020
An exploration of various modern technologies inspired by origami, the Japanese art of paper folding. The simple act of folding a piece of paper can become complex quickly. Even readers who have made a paper crane before will be surprised to learn that origami techniques have also helped to create NASA's newest and biggest telescope, a fast-moving robotic gripper, and an innovative Swiss chapel. Peppered with illuminating photographs and diagrams, the straightforward text moves from the ancient history of origami, through bug wings and mathematics, to solar-powered spacecraft. The common theme, both intriguing and well expressed, is the power and complexity of folding. Included are illustrated instructions for a few hands-on projects that require paper and typical household or classroom items like scissors and a pencil. Interviews with two origami experts, both appearing to be White men, offer down-to-earth advice about following nontraditional career paths like theirs. Also featured is the work of several Asian and/or female researchers. It's unlikely that readers will retain an understanding of every engineering concept the book describes, but they will gain an appreciation of the interplay between art and science and will be inspired to learn more. Effectively showcases the contemporary brilliance that can come from ancient principles. (timeline, glossary, source notes, bibliography, further reading, index) (Nonfiction. 13-16)

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October 15, 2020
Grades 8-12 Origami, the art of paper folding, goes back to seventh-century Japan. Inspired by the intricate budding of plants and flowers, this centuries-old art turns out to have multiple current-day applications as engineers launch huge payloads into space, doctors release probes into tiny spaces within the human body, and robots take on dangerous seek-and-rescue missions. As origami has evolved into a sophisticated art form, its application has made new technology possible. Chapters trace parallel art and STEM developments, scientific advancements inspired by the natural world, and the math and engineering behind folding theory. The accessible text is accompanied by hands-on experiments that turn theory into observable results. Diagrams, photos, and case scenarios further help readers understand the seemingly never-ending possibilities. The book ends with an overview of emerging applications, career advice, a time line, a glossary, source notes, a bibliography, recommendations for further reading, and a link to augmented reality demonstrations. From folded cranes to collapsible solar sails, this offering provides an enticing look at a unique STEAM crossover.(Reprinted with permission of Booklist, copyright 2020, American Library Association.)

January 1, 2021

Gr 8 Up-Kenney details the history of origami and other folding methods and how these techniques can help solve problems in modern engineering, architecture, technology, and medicine. The text points out that math is the language of the universe, and it has ties to the natural and artificial worlds. Some ideas are repeated throughout the text, such as how the pattern of the Fibonacci sequence can be found in nature, but these are treated as classically understood ideas rather than fresh discoveries. Including contemporary scientific ideas alongside historic theories adds depth to this work, allowing readers to connect concepts from 17th-century paper folding to innovations in upcoming space missions. A variety of art is included, which ranges from traditional Japanese paintings to color photographs. The diversity of art supplements the connection between historical art and contemporary practice. The visual representations of the origami instructions are well drawn and easy to follow. VERDICT This title highlights the "A" in STEAM and is sufficiently meaty in its scientific presentation. The sample origami projects also make this title a great resource to bridge science and origami in the home and classroom.-Lisa Bosarge, Enoch Pratt Free Lib., Baltimore

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