Hasta La Gadget!

Join us as we rejoice together: “Finally!” Look, we can’t straight up say that Bluetooth headsets don’t have their place in this world, but seriously, we’ve yet to not be freaked out when walking up to someone who’s apparently speaking to the ghost we can’t see. In a recent survey conducted by the quizzical minds over at Strategy Analytics, they found that only 26 percent of US-based Bluetooth headset owners use their device each and every day. That figure is down from 43 percent in 2008, proving that style may have just notched a minor victory over utility. Of course, the study also found that daily BT headset use was up slightly in Europe, but hey, it takes awhile for these so-called “trends” to float across the pond.

[Image courtesy of eHow, via HotHardware]

Filed under: Cellphones, Peripherals

Bluetooth headset use plummets in the US, humanity celebrates a small victory originally appeared on Engadget on Sun, 06 Sep 2009 03:34:00 EST. Please see our terms for use of feeds.

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Researchers at the University of the West of England have snagged a grant to fund the building of a whole new type of robot — a non-silicon, biological plasmobot, built using plasmodium, a vegetative type of slime mold. The mold, which is commonly found living in forests and gardens, is, according to researcher Andy Adamatzky, a “naturally occurring substance with its own built in intelligence,” which is capable of carrying out complex tasks, like figuring out the shortest path between two points — all on its own. The aim for the plasmobot will be for it to sense objects, span them in the shortest way possible, and carry tiny objects along pre-determined routes, controlled by light and electromagnetic fields. The plasmobot should also be capable of complex “number crunching power,” enabled by parallel inputs and outputs. Long-term uses could include using the bots within the human body to deliver drugs to specific targets. Though much of this is still purely theoretical (and extremely complicated), we look forward to the day when we’re all covered in mold, don’t you?

Filed under: Robots

English scientists set out to build first biological robot using mold originally appeared on Engadget on Mon, 31 Aug 2009 16:18:00 EST. Please see our terms for use of feeds.

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IBM is already making a beeline to 28nm process technology, but it looks like the train may deviate a bit before it even reaches the bottom. Reportedly, the company responsible for PowerPC, the original business laptop and all sorts of underground things that we’ll never comprehend is now looking to use DNA as a model for crafting the world’s next great processor. DNA origami, as it’s so tactfully called, can supposedly provide a cheap framework “on which to build tiny microchips,” with IBM research manager Spike Narayan proclaiming that this is “the first demonstration of using biological molecules to help with processing in the semiconductor industry.” Sir Spike also noted that “if the DNA origami process scales to production-level, manufacturers could trade hundreds of millions of dollars in complex tools for less than a million dollars of polymers, DNA solutions, and heating implements.” The actual process still seems murky from here, but we’re told to expect real results within ten years. Which should be just in time for the robot apocalypse to really hit its stride — awesome.

[Via HotHardware]

Filed under: Desktops, Science

IBM studying ‘DNA origami’ to build next-gen microchips, paralyze world with fear originally appeared on Engadget on Mon, 17 Aug 2009 10:51:00 EST. Please see our terms for use of feeds.

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Color us surprised. After hearing endless complaints about AT&T, especially in discussions of the iPhone, we had a hunch that the big A must be the most hated telecom company in the United States. A survey suggests otherwise.

Global marketing firm J.D. Power on Thursday released results of its wireless customer care survey, which graded telecom companies based on responses from 12,000 customers who contacted their carrier’s customer care department within the past year. Sprint received the lowest grade, scoring 704 out of 1,000 customer satisfaction points. AT&T scored slightly higher, with 730 points. Meanwhile, Verizon, Alltel and T-Mobile tied for first with 747 points.

The study rated customer satisfaction on how well wireless carriers could service their customers by phone, visits to a retail wireless store and on the web. (No, the firm did not poll AT&T customers about Apple’s ban of Google Voice apps for the iPhone.) That’s a small slice of what we consider to be “satisfaction” with a carrier, but too often we hear about AT&T iPhone customers complaining about spotty 3G network performance, dropped calls, poor quality, and the list goes on. (Here at Wired.com we’ve conducted two telecom studies of our own, and the numbers did not look pretty for AT&T.) We expected a lot of peeved AT&T customers to contact customer care to complain, only to be disappointed because most of these problems are network-related and thus not immediately resolvable.

Though the results are a little bland with three carriers tying for first, we find interesting the rather significant point difference between Sprint and the rest of the carriers, even AT&T. We just don’t often hear anyone talk about Sprint. Sprint customers out there: Is your experience really that bad?

See Also:

• Wired.com’s iPhone 3G Survey Reveals Network Weaknesses
• Verizon Leads, AT&T Runs Last in Wired.com’s 3G Speed Test …
• What’s Wrong With the 3G in iPhone 3G?
• IPhone Users Report Network Outages; Second 3G Lawsuit Emerges …
• Suit Alleges AT&T, Apple ‘Oversold’ iPhone, Strained 3G Network …
• How AT&T Stumbled Through the iPhone 3GS Launch

Chart: J.D. Power

We’d never considered a career in biochemistry until we saw this wild beast of a chemical microprocessor. Microfluidic chips, used to test chemical reactions and properties, have been known to be smaller, but they’ve never before been quite this powerful. The result of a joint study between California State University, UCLA and China’s Wuhan University, the “integrated microfluidic device” is capable of performing 1,024 in situ chemical reactions at a time, making the researcher’s life, oh, about 1,024 times easier. Most importantly though, costly enzymes previously used for a single test can now be split up into hundreds and tested simultaneously, which should pave the way for exponentially faster and easier medical research. It’s not clear when these will be widely available, but we’re sure PhDs around the world are trying to order one as we speak.

[Via medGadget]

Filed under: Science

Microfluidic chip does 1,000 parallel chemical reactions, looks glorious originally appeared on Engadget on Thu, 06 Aug 2009 20:13:00 EST. Please see our terms for use of feeds.

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