At the National Museum of Mathematics, origami helps bridge the gap between art and math and finds the beauty in both. Faye E. Goldman's origami, center, on view at the National Museum of Mathematics ...

This origami structure, called “Green Cycles,” by Erik Demaine and his father Martin required a week of improvisation to assemble. Credit: Renwick Gallery The shape of a Pringle, mathematically ...

Princeton engineers have developed a system for designers to mimic irregular natural structures like termite mounds or human ...

DNA origami has proven useful for organizing diverse nanoscale components into patterns with 6 nm resolution. However for many applications, such as nanoelectronics, large-scale organization of ...

SANTA CRUZ – Origami and complex mathematical shapes have one thing in common: both require folding. UC Santa Cruz will host an exhibit on the art and mathematics of origami April 8 at the Eloise ...

creativity work hand in hand. Lang has taken his lifelong hobby of origami, and his professional expertise in science and engineering, and combined them in a career that spans books, seminars and an ...

When you have eight different shades of paper and fold four differently colored sheets together at a time, how many unique squares can you create? Charlene Morrow poses that question as she stands in ...

Now, he designs and folds pieces for collectors and art galleries, while contributing to a growing field of practical applications in space research, medical technology and other fields. “There’s been ...

"Part of the challenge of folding is to capture the feeling I get when I look at real animals," says Robert Lang. (Above, his 5-inch Tree Frog, opus 280.) Robert J. Lang Lang first folded his Black ...