IDEO has come up with a cool idea to get kids (and grown ups) actually interested and informed on taking antibiotics the right way.
The Antibotics are a robot gang with a plan to save the world from the deadly bacteria that kills thousands of people, and cost the taxpayers £1 billion, annually.
How will this intrepid team of roving robots come to the rescue? By using digital storytelling, pills and packaging to educate parents and kids about how to use antibiotics properly.
read the whole thing via Antibotics: Using storytelling to get kids to take their medicine.
A great way to get kids engaged with actually taking their medicine and feeling proactive, as well as educational for both kids and grown-ups.
This is a crazy amalgamation of art meets tech meets more art.
Using techniques like fair isle knitting and technology like the Jacquard loom, creating amazingly intricate images with weaving is nothing new, but a new project may be the first time those images have been animated.
Greg Climer, a fashion designer and faculty member at Parsons School of Design, has found a way to turn film into fabric and back again. He’s in the process of making a short film and intends to use a long knitted scarf at the film reel. A 19-second test shot, his proof of concept, shows that this wacky idea is possible.
more via This Guy Is Knitting Every Frame Of A Movie Into A Watchable Scarf | Co.Design | business + design.
Flexible electronics and electronic textiles have been improving over the last ten years, and people have gotten close but nobody has been able to solve the “totally bendable and flexible” problem of electronic surfaces. Until now.
A honeycomb lattice made of carbon, graphene is not the flashiest of materials. But this flexible, extremely strong, and virtually transparent substance has a hidden power: At one atom thick, it is the thinnest material known that is capable of conducting electricity. A consortium of European academics have leveraged this property, discovering a way to coat fabric fibers with graphene to create, in their words, “the world’s first truly electronic textile.”
The discovery, which comprises growing graphene onto copper foil and then transferring it onto fibers commonly used in the textile industry, paves the way for integrating transportable electronic devices into everyday fabrics. So that dream of imbuing a T-shirt with GPS capabilities, having a hoodie double as a phone, or even creating upholstery that plays music files? This washable wiring makes those possibilities one large step closer.
“The other wearable products currently available require attaching small electronic equipment onto clothes, and then using conductive textiles with metal wires embedded in the fabrics to conduct the charge,” explains research co-author Monica Craciun, an associate professor at the Centre for Graphene Science at the U.K.’s University of Exeter. This new graphene textile requires neither, as it potentially “could have nano electronic devices built right on top of it,” she says.
via An Actual E-Textile, As In “Electronic T-shirt” | Co.Design.
This has more applications than can be named in an article. If it scales, it is a really fantastic discovery.
More hackers are using technology to create art. This is a very tasty example.
For those of us who can barely roll out of bed in time for a bowl of cereal before work, pancakes for breakfast might seem a little aspirational. Especially pancakes shaped like, say, the Eiffel Tower. But if you’re bored with your usual morning routine, a new 3-D printer will do some of the work for you: Give the PancakeBot a picture of a kitten or President Obama, and it will print you a fluffy, edible masterpiece.
more videos via The PancakeBot Will 3-D Print Your Breakfast And Turn It Into Art | Co.Exist | ideas + impact.
This is reminiscent of the tree ring music project, but more intricate.
Were Hungarian embroiderers of centuries past encoding secret musical messages into their decorative textiles? Nope! But Zsanett Szirmay is decoding them anyway.
The designer’s latest project, Soundweaving, translates patterns from Eastern European embroidery into gentle, tinkling melodies. By translating the motifs from pillows and folk costumes to punch cards, and then running those punch cards through a hand-cranked music box, Szirmay finds the music that’s effectively been trapped in the textiles all along.
more via Finding the Melodies Hidden in Traditional Embroidery | WIRED.
Romeo and Juliet and HAL…
Star-crossed lovers. Immaculate dance moves. Giant robots. If it sounds like the plot of the newest Guillermo del Toro movie, you wouldn’t be too far from the truth. The reality, however, might be even more exciting: Tarik Abdel-Gawad, director of the award-winning projection-mapping spectacular, Box, has finally released his pre-Box masterpiece, a robot-aided update of Tchaikovsky’s ballet fantasia, Francesca da Rimini, a piece as revered for its heartwrenching subject matter as for its incredibly precise choreography. With choreography from Yuri Possokhov, and starring San Francisco Ballet dancers Maria Kochetkova and Joan Boada, Abdel-Gawad took the piece one step further, employing a massive, robot-controlled camera to capture the deftness of the dance.Says Abdel-Gawad, “The film itself brings the viewer closer to a ballet performance than is possible on a stage. Using a robot allows the camera to be choreographed as well as the dancers, achieving spectacular shots designed specifically for this performance. The end result is a film that makes viewers feel they’re in the room dancing with the performers.”
more via [Exclusive] Robots And Choreography Abound In Update To Ballet Masterpiece | The Creators Project.
Mathematicians always say math is beautiful. But for a lot of us, it can be hard to see.
In a new essay, data visualization god and New York Times Graphics Editor Mike Bostock takes us inside some of the most commonly used visualization algorithms, explaining (and more importantly, showing) how they work.
Bostock delves into some pretty esoteric stuff here–topics like sampling (simplifying images through computer code), randomness (or the lack thereof in most visual systems), and sorting (reorganizing data). But thanks to relatable visual anchors, from simple mazes to Van Gogh’s Starry Night, you’ll walk away understanding a lot of it, and appreciating the rest of it.
Read it here.
discovered via What Do Algorithms Look Like? | Co.Design.