MIT researchers weave "flexible camera" out of fiber web

fiber posts

British Telecom just announced its new £1.5 billion
Although FiOS just celebrated its second birthday last month, the third year isn't exactly off to a sensational start. Reportedly, Digital Art Services, a New York-based advertising company, has slapped Verizon Communications with a lawsuit alleging that the firm "overstated subscribers to its fiber-optic service and charged inflated prices for advertisements there." Essentially, the plaintiff is suggesting that Verizon included "pending customers" in its public subscriber reports which were "false and inflated." Interestingly, a spokesperson for Verizon stated that while he had yet to see the lawsuit, it sounded like a "garden variety business dispute." Of note, Digital Art was informed that pending customers could be included "as they were usually converted to active subscribers within two weeks," but it found that many prospective buyers "waited up to 10 months for their service to become active."
Although the idea of teleporting individuals from one place to another in order to sidestep the headache of rush hour traffic has been around for quite some time, a team of Australian physicists are busy making it work (on a smaller scale, of course). Granted, they don't fully expect their teleportation scheme to be used on humans in the near future, but there's always hope, right? Anyway, the team has developed a so-called "simple way to transport atoms," which involves bringing the atoms to almost absolute zero, beaming them with two lasers, and using fiber optics to transport them to any other place at the speed of light where they "enter a second condensate" and reconstruct. We'll keep you posted on when human trialing (hopefully) begins.
While some researchers over in Raleigh are having fun tinkering with PlayStation 3 farms and dodging the RIAA, NC State's Drs. Tushar Ghosh and John Muth are occupied building prototypes with fibers they say "resemble human muscle and can exhibit muscle-like capabilities when electrical currents are applied." The duo sees the development as paving the way for "advancements and potential applications in robotics, smart textiles, prosthetics, and biomedicines," as they have reportedly found that polyurethane and silicone tube structures shaped like human muscle strands can be manipulated with electricity. It was noted, however, that the current models are using strands "roughly the size of a pencil lead," but the next step is to scale down the fibers and integrate them into a robotic Mr. and Mrs. Wuf.









