BBC Rough Science

BBC Rough Science

rough.jpgThe Science Channel here in the states runs a BBC show called “Rough Science” where they throw people on an island and have them complete tasks like building an AM Radio, a Camera, insect repellent as well as figuring out their coordinates, all using stuff they find on the island, mathematics and science. It reminds me of our MakeShift section of the Magazine, which has received some amazing responses so far! Keep them coming!

Interview with Tim & Dale on Amazon

Interview with Tim & Dale on Amazon

amazon.gifAmazon’s MAKE Magazine listing now includes a 5 minute sample of Make:Audio, our upcoming audio series. In this snippit Tim O’Reilly and Dale Dougherty talk about MAKE past, present and future. A little heads up, it’s a Real audio file, so if that isn’t your thing the full 32 minute interview will be posted here in MP3/OGG goodness on MakeZine.com in about a week as we kick off our Make:Audio series! Interview recored on an 3G iPod running Linux (Podzilla).

Make a Magnetic Spice Rack

Make a Magnetic Spice Rack

magnet.jpgVia del.icio.us– Here’s a neat article about making a magnetic spice rack using a sheet of metal, magnets and watchmaker cases. I really like this since you can see the spices inside the cases and arrange them in all sorts of neat ways or even via recipes. I think I might make one for all the little screws, nuts and bolts I have and mount it to a huge wall, possibly adding a white board between the metal. Article here, photo here.

Tim Hawkinson exhibit at the Whitney Museum

Tim Hawkinson exhibit at the Whitney Museum

6650.jpgI hope to get to NYC to check this out, it looks amazing! Many of the geared, motor driven exhibits are so big, they needed to be housed in the Sculpture garden. Ãœberorgan, created from multiple bus-size biomorphic balloons, each with its horns tuned to a different note in an octave, is a gargantuan self-playing organ. Its musical score consists of a 200-foot-long scroll of dots and dashes encoding old hymns, pop classics, and improvisational ditties. Tim Hawkinson explains: “The score is deciphered by the organ’s brain- a bank of light-sensitive switches- and then reinterpreted by a series of switches and relays that translate the original patterns into nonrepeating variations of the score.”.