With the help of powerful computers, researchers discovered a four-sided shape that naturally rests on one side, and built a ...

Lang devised a folding pattern for a 16-foot-diameter prototype that can be folded for transport, then unfurled like a flower coming into bloom once in space.

Image made with elements from Canva. It’s March 14, or Pi Day, that day of the year where we celebrate the ratio that makes a circle a circle. The Greek letter that represents it is such a part of our ...

These experimental knitted structures showcase how stitch patterns can be engineered to create self-folding and shape-morphing textiles.

The practice of purposely looping thread to create intricate knit garments and blankets has existed for millennia. Though its precise origins have been lost to history, artifacts like a pair of wool ...

Mathematicians excel at handling complexity and uncertainty. Mathematical reasoning strategies aren't just useful for dilemmas involving numbers. We can apply math mindsets to improve our approach ...

And what if their patterns helped humans puzzle out numeric mysteries? These are some of the questions that Christophe Golé, professor of mathematical sciences, and his co-authors explore in their new ...

Making large paper-folding pieces also involves considering factors like the paper's strength and flexibility. "It's like solving a math problem," he explains.

The math of origami has been used to design massive solar panels that can be folded up and transported into space, robots that swim through water to collect environmental data, stents that travel ...

Mathematicians delight in the beauty of math that so many of us don't see. But nature is a wonderful realm in which to observe beauty born out of mathematical relationships. The natural world provides ...