Japanese Researchers Invent Creepy, Doughy Phone in ‘Human’ Form

This terrifying creature is the Elfoid, or Erufoido, a creepy, blob-shaped cellphone which I would never even touch, much less hold up close to my ear.

Astonishingly, the Elfoid is meant to make people less scared of their phones, not more. It simplifies complex technology by using hidden buttons and voice-recognition to control it, but that’s just the beginning of the weirdness.

The Elfoid will somehow communicate the “presence” of the person on the line using sound and cameras, and the doughy urethane cover mimics the feel of human skin. This will, researchers at Osaka University hope, make people feel closer to each other.

What these researchers seem to have missed is the sheer creepiness of the doll. Take a look: its legs fuse into one tapered, amorphous limb, akin to the root of the much-feared Mandrake, and the arms disappear into pointed stumps that not even a mother could want to hug. If this thing were pressed to my cheek and then started to vibrate and hum, I think I’d just panic and run. And that’s before we even get to waking up in the middle of the night to find this demonic and deformed homunculus staring at you from your night-stand. Lord, it probably even has glowing red LEDs where its eyes should be.

There’s only one good use for this kind of doll, one which is surprisingly similar to its intended purpose of conveying emotional opinions from afar. It should be treated like the Voodoo doll that it obviously is, and stuck with pins from head to stump. It’s our only hope.

Creepy doll press release [ATR Osake University via Asahi]

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Japanese researchers weave capacitive touch into large-area textiles, want to make them wearable (video)

Conductive fibers, yo, they’re the future. Japan’s AIST is back with yet another quirky idea, this time integrating capacitive touch sensors into 1-micron thick nylon fibers. The results is a big old cloth that can sense your loving touch and inform nearby computers of what you’re up to. Initial uses envisioned by the research outfit include implementation in hospitals to monitor bedridden patients, but the ultimate goal is to make this extra-sensitive array a wearable accoutrement. Wouldn’t that be lovely?

Continue reading Japanese researchers weave capacitive touch into large-area textiles, want to make them wearable (video)

Japanese researchers weave capacitive touch into large-area textiles, want to make them wearable (video) originally appeared on Engadget on Fri, 04 Mar 2011 06:35:00 EDT. Please see our terms for use of feeds.

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HP shows off Metal Watch concept (video)

Give yourself a cookie if you can still remember as far back as August 29th of last year. That was the day when HP’s Phil McKinney teased the world with images of three new prototypes being developed in his company’s labs — there was a tablet, now known as the HP TouchPad, a smartphone that’s since taken on the name of Pre 3, and something snaked around his wrist that looked suspiciously like a watch. Today, we learn more about this Metal Watch, as HP calls. It’s a continuation of the company’s overarching theme of mobile interconnectedness, however unlike its webOS devices, this connected watch is nowhere near ready for prime time (or maybe it’s just like them since none are actually shipping yet!). The new Metal fella is still a research project as much as anything else, but it’s seen as a key part of our future, acting as an easy-to-use information aggregator. It looks just like any old watch to us, but why not jump past the break and let HP’s CTO enlighten you on what makes it special?

[Thanks, Obstacle-Man]

Continue reading HP shows off Metal Watch concept (video)

HP shows off Metal Watch concept (video) originally appeared on Engadget on Fri, 04 Mar 2011 05:36:00 EDT. Please see our terms for use of feeds.

Permalink MobileSyrup, Pre Central  |  sourcehpcomputers (YouTube)  | Email this | Comments

Ball-throwing robot seal has a talent for basketball, embarrassing humans (video)

You pick up your first tan leather roundball at the age of 9, you practice religiously for a decade before you can even feel worthy of calling yourself a basketball player, and then you find a video online of a robotic seal that can shoot better than you after just a few weeks in the lab. Yep, some Taiwanese know-it-alls have put together a robo-seal that converts 99 percent of shots (admittedly with a toy ball launched at a toy hoop) within a three-meter range. It’s basically just an articulating arm with stereo vision for some good old depth perception, but it’s sophisticated enough to maintain its killer accuracy even if the target is moved from its spot. That’s more lethal that Shaq or Karl Malone’s elbows ever were. Video’s after the break, skip to the 1:05 mark if you don’t care about the details of how it’s done.

Continue reading Ball-throwing robot seal has a talent for basketball, embarrassing humans (video)

Ball-throwing robot seal has a talent for basketball, embarrassing humans (video) originally appeared on Engadget on Thu, 03 Mar 2011 07:05:00 EDT. Please see our terms for use of feeds.

Permalink Switched  |  sourceIEEE Spectrum  | Email this | Comments

Shocker! UK regulator finds average broadband speeds are ‘less than half’ those advertised

You don’t have to go to the lengths of compiling a statistical project to know that advertised and actual broadband speeds are two pretty disparate entities, but it does help. Ofcom, the UK communications regulator, recently took a thorough look at 11 broadband packages, which collectively account for over 90 percent of all British broadband subscriptions, and found that actual download throughput was less than half (only 45 percent) of the advertised “up to” speed. The worst offenders were resellers of BT’s ADSL lines, with Orange dipping below 3Mbit on its 8Mbit lines and TalkTalk occasionally offering only 7.5Mbit to users paying for a 24Mbit connection, while Virgin’s cable connectivity won out by sticking most loyally to its listed rating. What Ofcom proposes for the future is that all these service providers start offering Typical Speed Ranges that more accurately reflect the bandwidth a potential subscriber would be buying into — a proposal that might actually have some teeth as the British Advertising Standards Authority is currently in the midst of a review specifically concerned with broadband advertising practices. Transparency in the way we’re sold broadband? That’d make a welcome change!

Shocker! UK regulator finds average broadband speeds are ‘less than half’ those advertised originally appeared on Engadget on Wed, 02 Mar 2011 05:42:00 EDT. Please see our terms for use of feeds.

Permalink Guardian  |  sourceOfcom  | Email this | Comments

Scientists figure out how to see through walls, sort of

We all know that light can’t exactly pass through solid objects — unless of course, you’re using a laser or something. Yes, X-rays allow us to look into suitcases at the airport and broken bones in our bodies, but there’s a new kid on the block that claims to have done the impossible in a novel fashion. Jochen Aulbach and his colleagues of the FOM Institute for Atomic and Molecular Physics out in Amsterdam have developed a technology that allows scrambled light to remain focused as it passes through ultra-thin layers of paint. You see, when light is sent through opaque material, it becomes muddled and lost in the space-time continuum. Aulbach and his crew used a spatial light modulator, or SMT, to control a 64-femtosecond long laser pulse that’s passed through a thin layer of paint. The SMT emits pulses that last long enough for only a machine to see and the data is sent to a computer for calibration. NewScientist claims that with this technology, it might be possible to hone in on cancerous cells and blast them to oblivion without damaging the healthy tissue surrounding them.

Scientists figure out how to see through walls, sort of originally appeared on Engadget on Tue, 01 Mar 2011 07:32:00 EDT. Please see our terms for use of feeds.

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Researchers debut one-cubic-millimeter computer, want to stick it in your eye

This as-of-yet-unnamed mini computer was fashioned as an implantable eye pressure monitor for glaucoma patients, but its creators envision a future where we’re all crawling with the little buggers. Taking up just over one cubic millimeter of space, the thing stuffs a pressure sensor, memory, thin-film battery, solar cell, wireless radio, and low-power microprocessor all into one very small translucent container. The processor behind this little guy uses an “extreme” sleep mode to keep it napping at 15-minute intervals and sucking up 5.3 nanowatts while awake, and its battery runs off 10 hours of indoor light or one and a half hours of sun beams. Using the sensor to measure eye pressure and the radio to communicate with an external reader, the system will continuously track the progress of glaucoma, without those pesky contacts. Of course, the mad scientists behind it look forward to a day when the tiny device will do much more, with each of us toting hundreds of the computer implants all over our bodies — looks like a bright future for cyborgdom.

Researchers debut one-cubic-millimeter computer, want to stick it in your eye originally appeared on Engadget on Sat, 26 Feb 2011 17:43:00 EDT. Please see our terms for use of feeds.

Permalink CNET  |  sourceUniversity of Michigan  | Email this | Comments

Microsoft Research teases Windows Phones controlling Surfaces and crazy desktop UIs

Hey, look, at this point, we just want ourselves some good, old-fashioned copy and paste — but we’ll give Microsoft some credit for looking a year (or two, or ten) beyond that watermark at what could be coming down the pike for human-machine interaction — and specifically, how phones could play a role. In a presentation and promotional video pulled together this week, Microsoft Research boss Craig Mundie shows how you could tilt your smartphone to control a bubbly, colorful look into your personal life on your desktop machine and how you could snap a photo and then drop the handset onto a Surface for instant transfer (perhaps a bit like HP’s Touch to Share), among other gems. Of course, this is all pure research at this point — it’s any guess whether these comments could make the jump to production, and if so, when — but it’s fun to watch. Follow the break for video.

[Thanks, Jake]

Continue reading Microsoft Research teases Windows Phones controlling Surfaces and crazy desktop UIs

Microsoft Research teases Windows Phones controlling Surfaces and crazy desktop UIs originally appeared on Engadget on Fri, 25 Feb 2011 04:04:00 EDT. Please see our terms for use of feeds.

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IMEC creates flexible microprocessor with organic semiconductors — computational clothing right around the corner

Organic semiconductors have been teasing us with the possibility of computationally-inclined clothing for years, but until now we could only dream about our pants being the computer. That dream is closer to reality than ever, as researchers from IMEC have created a cheap (potentially 1/10th the cost of silicon chips), bendable microprocessor by layering a plastic substrate, gold circuits, organic dielectric, and a pentacene organic semiconductor to create an 8-bit logic circuit with 4000 transistors. Executing 6 instructions per second, these things won’t be challenging Watson any time soon, but the chips should prove useful in creating cheaper flexible displays and sensors to tell us whether that week-old chicken in the fridge has gone bad. The trick was to overcome individual organic transistors’ variable switching voltage thresholds — as opposed to silicon’s predictable nature — that eliminated the possibility of organic-based logic circuits previously. But by adding a second gate to each transistor, IMEC was able to control the electrical field in each to prevent unwanted switching and usher in the dawn of plastic processors. The zenith of nerd fashion can’t be far behind.

IMEC creates flexible microprocessor with organic semiconductors — computational clothing right around the corner originally appeared on Engadget on Thu, 24 Feb 2011 11:23:00 EDT. Please see our terms for use of feeds.

Permalink IEEE Spectrum  |  sourceIMEC  | Email this | Comments

Cellphones are dangerous / not dangerous: handsets alter brain activity — scientists don’t know what that means

Cellphones are bad, mmkay? Or at least that is what many want us to believe, what with all these warning labels and studies telling us that mobile users will end up with brain cancer and kidney damage. Not to mention the dangers of phone addiction — horror of horrors — for our youth. Now, the National Institutes of Health have shown that radiation from your phone’s antenna turns you into a supergenius increases brain activity. Using positron emission tomography (PET) scans on 47 individuals with a muted phone on each ear (to prevent aural brain stimulation), the study found a seven percent increase in brain activity in the area closest to the phones’ antennas when receiving a call. The catch — scientists don’t know “whether this is detrimental or if it could even be beneficial,” so don’t go trading your Cell-Mate in for a Bluetooth headset just yet.

Cellphones are dangerous / not dangerous: handsets alter brain activity — scientists don’t know what that means originally appeared on Engadget on Wed, 23 Feb 2011 17:38:00 EDT. Please see our terms for use of feeds.

Permalink The New York Times  |  sourceJournal of the American Medical Association  | Email this | Comments