Gömböc, The Self-Righting Piece Of Plastic

The Gömböc is “a mono-monostatic object, a three-dimensional thing that has only one way to stand up." No matter how you set it down it will wobble around until it comes to rest at its single point of stability. Pretty neat. Allegedly it's the world's first self-righting object with consistent density (Weebles don't count because of their weighted bottoms). You can get your hands on a plastic one like in the picture, but it'll run you a staggering $1,300 and change. More if you want one with a collectible serial number. I guess you're paying for all the R&D that went into the thing. However I'll sell you a signed 4 x 5" color glossy photo of myself for only $100. I too only have a single stable position – passed out on the Lay-Z-Boy with no shirt on, a hand down my pants, and a beer resting on my belly. Which is what the picture is of. I still have a bunch left over after sending out Christmas cards.
Note: If someone finds a good video of the thing in action that I can embed give me a holler, there's a couple video links off their website showing it, but they were lacking.
UPDATE: Video added after the jump (thanks Chaz). You can kind of see the thing rolling around on a table from a distance, but that's about it.
Gomboc: World's First Self-Righting Object [boingboing]
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Note: Video is after the jump because this isn't a f***ing rave (unless you have some rolls, in which case let me grab my pacifier and turn on Winamp's visualizer). This is a video of several college freshman emptying 32 glowsticks into the back of a dorm toilet and then flush... / Continue →
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LEGO has just released the first two of six sets in an 'Architecture' series celebrating the iconic work of Frank Lloyd Wright. Also, I have been to Fallingwater. So yeah, put that in your Guggenheim and smoke it. The release of the LEGO structures coincides with the real Gu... / Continue →
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Finally, I can sleep peacefully at night. Hicks, a mathematician at Drexel University, Philadelphia, used computer algorithms to generate the mirror's bizarre surface, which curves and bends in different directions. The curves direct rays from an object across the mirror's fac... / Continue →

