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style of orchestral compositions, such as Perching Cardinal, Opus 689
             for an origami red cardinal perching on a branch. He uses this naming
             style because he believes origami is similar to music in that there are
             two distinct artistic forms: the “composition” (or design) and then its
             expression or performance (in origami, the actual fold).
                 “From a single composition, I and other artists can ‘perform’ (or
             fold) that composition as individual artistic expressions, each with
             its own character and distinct treatment,” Lang explained. “I serially
             number my compositions (giving them a number when I’ve made
             sufficient notes that I could re‑create the work from my notes), and
             use ‘Opus’ in the same way that musicians do, as an identifier of
             the composition.”
                 Lang’s compositions have been displayed in art museums and
             other exhibitions around the world, from the Museum of Modern
             Art in New York City to the Badisches Landesmuseum in Karlsruhe,
             Germany. He’s known for his incredible artistic creations, but he’s also
             known for his work with technological design. Engineering companies
             and research laboratories hire Lang to consult with them on projects
             involving folding. Lang can’t talk about many of the high‑tech projects
             he’s involved with, because he signed a contract preventing him from
             discussing them.
                 But among the more public projects Lang has worked on is the
             Eyeglass lens, a space telescope lens he helped design in 2000. Working
             with the Lawrence Livermore National Laboratory, Lang developed a
             folding pattern for a telescope lens that could fit inside a rocket with
             a diameter of just 13 feet (4 m). Once unfolded, the lens would be
             328 feet (100 m) in diameter, about the size of a football field, on a
             telescope as long as Manhattan. Using an umbrella‑shaped origami
             pattern, the laboratory created and tested a prototype of the Eyeglass
             lens that was 16.4 feet (5 m) across when unfolded and 5 feet (1.5 m)
             when folded. The prototype both folded and unfolded perfectly.
                 Lang has also worked with German engineering company EASi,






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