Now that Halloween is over, what should you do with all of your leftover Halloween candy? From the archives— make them into fridge magnets!
We’re big fans of Voronoi diagrams, and use them in StippleGen so it’s awesome to see them in 3D printed pumpkins this Halloween season. Voronoi Pumpkin #1 shown above is available through Shapeways, along with the equally creatively named Voronoi Pumpkin #2. There’s also a Voronoi Jack-o-Lantern on Ponoko, and more even more Voronoi Pumpkins on Thingiverse.
On their own, science, art, and technology all make for interesting, fun, and rewarding explorations. But when you mix them together, you get a veritable tinkering trifecta in which technological tools and scientific principles let you express your own artistic vision.
We flipped through the wonderful pictures and projects before we took it to the bench for some quick pictures. In the spirit of the book, we put it among a few tools and parts from recently photographed projects that were still on the table.
We found projects by some of our friends, including Ken Murphy, Jie Qi and AnnMarie Thomas. We’re excited that we have a few projects in the book, including our Circuitry Snacks, in a section on Surprising Circuits. The book itself incorporates some circuitry on the cover, which we hope to play with soon!
The book launch party will be at the Exploratorium Afterdark (ages 18+) event on November 7.
a food safe sugar based electromechanical kinetic sculpture. Utilizing digital fabrication and mold making techniques, Refined represents a few select stages from the manufacturing process for refining sugar.
At Maker Faire New York, Eric brought along not only the mechanisms, but also the molds he used to make the gears and other components out of sugar.
Matt Mets of Blinkinlabs assembled a crack team of volunteers to assemble BlinkyTape for the Crystal Archway at Maker Faire NY. They sat in the dark with their soldering irons and LEDs, making Maker Faire happen in real time.
It was great to see the installation come together over the course of the fair.
Our friend John made Sconic Sections for a dinner party, with a slight variation: he baked the scone dough in ice cream cones. That led to a little bit of extra difficulty in slicing them, but the cone also provided an outline for the ellipses, hyperbolas and parabolas.
Each of the paper segments is moved in or out by a servo motor to make the mechanical digital display. The whole thing is run off of an Arduino with a servo controller board and a clock module.