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CNN's Tech for Good uncovers how the ancient art of origami inspires technology

CNN's Tech for Good uncovers how the ancient art of origami inspires technology
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Soult Ukpyolsi , South Korea , Brigham Young University , United States , Koya Narumi , Marc Miskin , Larry Howell , Kristie Lu Stout , Myoungseok Kim , Bipasha Bhattacharya , Mark Stephen , Warner Bros , University Of Tokyo , University Of Pennsylvania , Seoul National University , Tomohiro Tachi , Professor Larry Howell , Kim Do Nyun , Middle East , Asia Pacific , Latin America ,

A whole new dimension for 3D printing

3D printing of complex objects typically takes a long time due to the printing process necessarily laying down a large number of 2D layers to build up the object. The process usually wastes a lot of material required to support the unfinished object. Some novel ways to make flat materials self-fold into 3D shapes exist, but have shortcomings. For the first time, researchers combined 2D printing, origami, and chemistry to create a method of rapid 3D object fabrication without creating any waste material. These shapes self-fold in seconds. ....

Bunkyo Ku , Takeo Igarashi , Kazuki Koyama , Masaaki Sugimoto , Yuta Noma , Kai Suto , Hiroki Sato , Koya Narumi , Yoshihiro Kawahara , Rohan Mehra , Method Of Research , University Of Tokyo Is Japan , School Of Engineering , University Of Tokyo , Department Of Electrical Engineering , Value Exchange Engineering , Public Relations Group , Mercari Inc , Project Assistant Professor Koya Narumi , Electrical Engineering , Information Systems , Tomohiro Tachi , Self Folding Tessellated Origami Objects , Grant Number , Erelations Group ,

A whole new dimension for 3D printing

3D printing of complex objects typically takes a long time due to the printing process necessarily laying down a large number of 2D layers to build up the object. The process usually wastes a lot of material required to support the unfinished object. Some novel ways to make flat materials self-fold into 3D shapes exist, but have shortcomings. For the first time, researchers combined 2D printing, origami, and chemistry to create a method of rapid 3D object fabrication without creating any waste material. These shapes self-fold in seconds. ....

Bunkyo Ku , Masaaki Sugimoto , Hiroki Sato , Yoshihiro Kawahara , Yuta Noma , Kai Suto , Kazuki Koyama , Takeo Igarashi , Koya Narumi , Rohan Mehra , University Of Tokyo , University Of Tokyo Is Japan , Value Exchange Engineering , School Of Engineering , Department Of Electrical Engineering , Mercari Inc , Method Of Research , Public Relations Group , Project Assistant Professor Koya Narumi , Electrical Engineering , Information Systems , Tomohiro Tachi , Self Folding Tessellated Origami Objects , Grant Number , Erelations Group ,

How origami inspires world-changing technology

Just like fashioning decorative shapes and figures using the Japanese art of folding paper, tracing when and where origami originated is complicated. But what cannot be disputed is its incredible influence in modern engineering. ....

Soult Ukpyolsi , South Korea , United States , Intren Chris Esquer Rosas , Koryo Miura , Ryan Van Mastrigt , Ryan Geiser , Propulsion Laboratory , University Of Cambridge Centre For Misfolding Diseases , Centre For Structural Biology , University Of Oxford , Ichiro Ario Of Hiroshima University , Uva Institute Of Physics , Institute For Basic Science , University Of Tokyo , Scientists At Nasa Jet Propulsion Laboratory , University Of Illinois At Urbana Champaign , University Of Montpellier , Jet Propulsion Laboratory , Hybrid Observatory , Misfolding Diseases , Alphafold Protein Structure Database , Intren Chris Esquer Rosas Holds , Starshade Model , Structural Biology , Georgia Tech ,