It’s been a few years since we last featured French street artist Mademoiselle Maurice (previously here and here) and we were delighted to catch up with her new artfully placed pieces on the streets and buildings of Singapore, Corsica, Sweden, and Italy. Arranged both haphazardly and in detailed arrangements, Mademoiselle Maurice adheres thousands of brightly colored origami works to unexpected places, decorating everything from the ceilings of national art museums to the worn sides of ancient buildings. You can see more of her origami works on her Instagram and Facebook. (via Wooster Collective)
Madrid-based origami enthusiast Gonzalo García Calvo has a knack for fiddling with paper. He uses a variety of different techniques and papers to fold impressive animals, objects, and sci-fi figures designed by a number of top origami artists. By day Gonzalo works professionally as a musician but easily gets lost in the challenge of bringing paper to life in his spare time. Seen here is a collection of my favorites, but you can scroll through Flickr to see more. All photos courtesy the artist. (via Demilked)
At the beginning of 2015, origami enthusiast Cristian Marianciuc challenged himself to create a new origami crane daily for 365 days. Marianciuc says each piece is influenced by the day he’s having, a sort of visual record of the moment set against the folded backdrop of a paper bird. The whimsical cranes are generally more decorative rather than exploring folding techniques, but it doesn’t make them any less fun to look at. To see more, he posts everyday on Instagram. (via Geyser of Awesome)
Scientists at MIT have pulled up a very tiny curtain on their newest invention: a 1.7cm square robot capable of assembling itself like a piece of origami. The Untethered Miniature Origami Robot is powered by a small neodymium magnet and four electromagnetic coils underneath the robot’s surface that create magnet fields necessary for it to operate. The small robot can walk on different surfaces, climb, carry objects twice its own weight, swim in shallow water, burrow, and it even completely dissolves in an acetone solution leaving behind just the magnet.
So what can we do with super tiny self-folding robots? Researchers hope to develop even smaller autonomous robots with additional sensors that can dissolve in water. Such tiny devices could have a variety of medical uses when introduced inside of a human body, maybe zapping cancer cells or cleaning clogged arteries. You can read more about it over at IEEE and in this research paper. (via Laughing Squid)
Often one associates origami with sharp and precise folds, miniature works that have a crisp perfection. Origami artist Hoang Tien Quyet shies away from this rigidity, instead folding his small objects with a technique called “wet-folding,” which allows curves to be created instead of the typical straight lines. With this technique Vietnam-based Quyet creates posed animals bounding with personality, their heads tilted and wings ready for flight.
The technique of wet folding was created by the late origami master Akira Yoshizawa, and involves dampening the paper so it easily accepts folds. Wet-folding gives the paper works a more realistic appearance, adds a rounded quality to the origami, and allows it to appear malleable even though the pieces dry into hardened forms. Wet-folding also involves using a thicker paper, as traditional origami paper would easily tear if wet.
Quyet is co-author of two books, “50 hours Origami +” and “VOG2 – origami.vn,” both published by Passion Origami. Quyet’s skill and has lead to him being invited to several international origami conventions, including Germany, France, Italy, and Japan. You can see more images of Quyet’s animals on his Flickr. (via My Modern Met)
Not content with boring old inanimate origami, Japanese designer and maker Ugoita T. assembled this clever electromagnetic stage to bring his paper cranes to life. While the idea of moving paper creations around with magnets is fun, it’s the synchronization that really makes this hilarious. (via Digg)