Amoeba
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Modular USB flash drive concept offers a new way to sort your data
USB drives may come in all shapes and sizes these days, but they all basically give you one of two choices: you can buy one big drive to store as much of your data as possible, or juggle a bunch of drives if you want to keep things separate. Designer Hyunsoo Song has proposed an alternative with this so-called Amoeba modular USB flash drive, however, which let you sort your data on individual drives that can be used both on their own or together as one large drive. The idea there being that you can keep the drives together most of the time, and just detach the appropriate section if you want to share only your photos or videos with someone. Of course, the keyword here is "concept," but it's not exactly as far beyond the realm of possibility as some others we've seen.
Amoeba-inspired ChIMERA robot slithers on video
Virginia Tech's RoMeLa Lab has done more than its fair share to further the development of our future robot overlords. Now, in a recent TED talk, Dr. Dennis Hong brings us up to date on some of the creepier candidates for world domination, including the spider-like STRiDER and the amoeboid ChIMERA (Chemically Induced Motion Everting Robotic Amoeba). The latter achieves locomotion by the movement of its silicone skin, squeezes through spaces half its diameter, and travels up to half a meter per second. The good doctor is tight-lipped on much of the device's specifics, but among options being explored for powering the thing are chemical actuation, electroactive polymers, and air-driven tubes. Check out the team's work in the video after the break. [Thanks, Travis]
Show floor video: Rogue Amoeba moves to the beat
We stopped by Rogue Amoeba's booth last week and chatted with Paul Kafasis, CEO and big amoeba on campus, about all of their apps. Paul was kind enough to give us a quick demo of Airfoil 3 (I loves me some Airfoil Speakers) and Fission. Check out the full interview after the jump.
Virginia Tech researcher crafting amoeba-inspired robotic helpers
Although we've seen failed attempts at turning amoebas into helpers, Virginia Tech's Dennis Hong is hoping that his creations will see a bit more success. Using funding from the prestigious CAREER grant, the researcher is designing a Whole Skin Locomotion (WSL) mechanism "for robots to work on much the same principle as the pseudopod, or cytoplasmic foot, of the amoeba." The device's primary goal seems to hover around the world of search-and-rescue, as the diminutive crawler can maneuver in and around tight spaces without regard for its own health, and of course, a nearly-microscopic bot just can't be developed without hinting at one day ending up somewhere inside your body. Notably, it appears that Mr. Hong isn't satisfied with just building a prototype, as he's already got plans for implementing the technology into projects such as IMPASS (Intelligent Mobility Platform with Active Spoke System, DARwin (Dynamic Anthropomorphic Robot with Intelligence), and STriDER (Self-Excited Tripedal Dynamic Experimental Robot).[Via MedGadget]
