This project is beyond awesome: Georg Reil and Kathy Scheuring, both students at the University of Applied Sciences in Würzburg-Schweinfurt, have created A Fine Collection of Curious Sound Objects, where six everyday objects become exceptional, magical instruments with unusual abilities.
For example, a detergent bottle gains theremin-like capabilities, a simple canvas shoe amplifies the sound of foot-tapping by tenfold, a messenger bag becomes a cavern of echoes, and a bucket collects sound and empties it out all at once when tipped.
The project was built with Arduino and Processing, but the technical components are so well concealed that only their uniform blackness and tiny connection ports point to their uniqueness. According to Reil and Scheuring, each piece pursues the laws laid out by John Maeda in Simplicity: "They are enjoying to use, they are surprising and one wants to explore and investigate them."
A few more pictures follow, but the video says it all.It's Ada Lovelace Day, and Adafruit Industries is featuring one woman in technology per hour on their blog. So far we've seen Natalie Jeremijenko, Core-contributor Bethany Shorb, Fiona Raby, Kelly Dobson (pictured above, performing machine therapy) and many more!Ada Lovelace, whom the holiday commemorates, was one of the first...
Japan's Tsuya Textile Co., in conjunction with the Fukui Engineering Center, has developed Delight Cloth, a "light-emitting textile" made from superthin fiber optic strands woven into a sort of tapestry. But while it's light-emitting, it's not light-generating--you need to hook up a 100W or 150W halogen to one or both...
Hylozoic Ground, the award-winning installation from Philip Beesley Architect, Inc., has been chosen to represent Canada at the Venice Biennale of Architecture this coming Fall. The installation is immersive and responsive, embedded with a network of Arduino microcontrollers, sensors and actuators. The acrylic lattice, covered with "interactive mechanical fronds,...
Last week scientists discovered how to make things invisible, or at least how to make them appear as such for the human eye. So far the invisibility cloak is only minute, measuring 100 microns by 30 microns - but it is fully functioning. Recreating it on a larger scale could...
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