There is a a paradigm shift in science and technology stemming from some basic observations from origami- paper folding. Whole article worth unfurling…
“Folding is, at heart, a geometry problem, and the groundwork for much of the new research is being laid by mathematicians. The increasingly ingenious applications, though, are driven by collaborations between engineers, scientists, and programmers: “Biologically inspired engineering” is an ambitious new way of doing science that treats living organisms like mechanical systems. Just as the diameter of a gear or the strength of a spring determines how a clock works, the shape and tensile qualities of folded proteins determine their roles in the countless processes that keep the human body running. Deciphering those relationships and building off of them are part of what the new science of folding is about.“
via Is Origami the Future of Tech? – Businessweek.
” The Google Doodle for March 14, 2012, honored Akira Yoshizawa, the father of modern origami, on his 101st birthday. The Doodle featured the Google logo, folded from origami (each letter folded from a single uncut sheet), decorated with origami butterflies folded from one of Yoshizawa’s most famous and iconic designs. In the week or so prior to its appearance, I helped Google put this together, by designing the logo, folding the butterflies, and a few other bits and pieces of assistance. This article tells the story: of the man, and the Doodle! ”
via Google’s Doodle: Akira Yoshizawa.
“In 2000, when the Lawrence Livermore National Laboratory wanted to design a telescope whose football-field sized lens could be folded into a small rocket, they approached an expert in a discipline not traditionally associated with aerospace and engineering: origami.
To be sure, Robert Lang, who has published 13 books on origami, also has degrees in engineering and physics and an extensive background in optics, but it was his expertise in folding paper that inspired the Eyeglass Telescope, whose thin plastic lens, designed to be forty times larger than that of the Hubble Space Telescope, would open like an umbrella in space.
Funding for the Eyeglass Telescope was discontinued before a full-scale version could be built, but the prototypes worked as predicted, showing that the Japanese art of paper folding has applications that go well beyond making paper cranes.
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As noted on Google’s home page, Wednesday marks the 101st birthday of Akira Yoshizawa, who is widely considered the grandfather of origami. He did not invent the practice – origami emerged as a pastime during Japan’s Heian period (794-1185). But in his lifetime, Yoshizawa did more than anyone else to elevate it into an art form. Equally important, Yoshizawa created a wordless notation consisting of lines, dashes, arrows, and diagrams that allowed people all over the world, regardless of their native language, to learn origami.
And in doing so, he inspired generations of scientists and engineers to use origami principles for everything from noodle containers to domed stadium roofs. Look into the folds and creases of objects all around you and you’ll see origami everywhere……”
via Akira Yoshizawa: Why origami matters – CSMonitor.com.