Nanopool’s spray-on liquid glass could keep bacteria, water off of pretty much anything

You know, we’re beginning to wonder exactly what’s genuine anymore. Our foods are being built in laboratories, our glass panes are being unwillingly converted to touch panels, and now, exposed objects don’t even have to get grimy over the course of time. It’s a travesty, we say. All disappointing rants aside, we have to confess that we’re actually enthused about a newly developed spray-on silicon dioxide solution that promises to protect just about any surface from water, bacteria, dirt and UV radiation. The so-called “liquid glass” is said to be completely harmless to the environment, and creator Nanopool hopes that it can be used eventually on car coatings, clothing and even the nose cones of high-speed trains. Here’s hoping it comes in a spray can — our decade-old keyboard and mouse could probably use a coat of this.

[Thanks, Pierre]

Nanopool’s spray-on liquid glass could keep bacteria, water off of pretty much anything originally appeared on Engadget on Tue, 02 Feb 2010 19:43:00 EST. Please see our terms for use of feeds.

Permalink Popular Science  |  sourceIndependent  | Email this | Comments

Evolving robots navigate a maze, help each other, plot descruction of mankind

You’ll say the whole Robot Apocalypse meme is played out. We say it’s your lack of focus that’ll eventually be the downfall of society. Gurus at the Laboratory of Intelligent Systems in the Ecole Polytechnique Fédérale of Lausanne have been working on “evolving robots” for quite some time, but the latest breakthrough is easily the most astounding (and in turn, terrifying) of all. According to new research that was just made public, a gaggle of robots programmed to use Darwinian selection in order to learn, evolve and mutate have now successfully moved sans collisions through a maze and helped each other push tokens around in order to achieve a common goal. Moreover, some of the creatures even displayed early signs of a predatory-prey relationship, which effectively assures mankind that these cute little learners will one day assimilate to rule the world however they please. Keep laughing if you must — it’ll probably make the painful sting of reality a bit easier to take when Doomsday rolls around.

Continue reading Evolving robots navigate a maze, help each other, plot descruction of mankind

Evolving robots navigate a maze, help each other, plot descruction of mankind originally appeared on Engadget on Mon, 01 Feb 2010 07:49:00 EST. Please see our terms for use of feeds.

Permalink Slashdot  |  sourcePLoS Biology  | Email this | Comments

IBM opens up graphene bandgap, edges closer to commercialization

Graphene transistors have long been touted as the next big thing to deliver a true leap in electronics of all sorts, but there’s been a few considerable limitations holding them back from fully replacing silicon. IBM now says it’s managed to overcome one of the biggest hurdles, however, and has announced that it’s been able to open a “bandgap” for graphene field-effect transistors (or FETs). As EETimes reports, that’s important because while graphene does have a higher carrier mobility than silicon, it doesn’t have a natural bandgap, which has so far kept the on-off ratio of graphene transistors far lower than their silicon counterparts. Of course, IBM insists that its still only just scratched the surface, and says that it’s already hard at work on opening up an even wider bandgap, achieving even higher electric fields, further improving the on-off current ratios of graphene FETs.

IBM opens up graphene bandgap, edges closer to commercialization originally appeared on Engadget on Thu, 28 Jan 2010 13:54:00 EST. Please see our terms for use of feeds.

Permalink Graphene-Info  |  sourceEETimes  | Email this | Comments

Stanford University shows that clothes make good batteries too

Stanford University shows that clothes make good batteries, too

Remember when Stanford University turned mere paper into a proper battery? That was just the beginning. The same team, led by Yi Cui in the Department of Engineering, now wants your pants to be an electrical storage device. They’ve managed to dye fabric with carbon nanotube ink, still allowing the cloth to stretch and move like normal but also giving it the supernatural ability to hold a charge. Imagine the day when hipster jeans charge Droids, when booty pants juice up iPhones, and when your wristwatch is powered by the very band you use to strap it to your person — assuming, of course, the whole “asbestos-like effects” thing turns out to be false.

Stanford University shows that clothes make good batteries too originally appeared on Engadget on Fri, 22 Jan 2010 09:03:00 EST. Please see our terms for use of feeds.

Permalink TG Daily  |  sourceStanford  | Email this | Comments

The Cornucopia: MIT’s 3D food printer patiently awaits ‘the future’

The traditional fast food business model just never had a chance, now did it? Marcelo Coelho and Amit Zoran, a pair of whiz kids doing their thang over at MIT, have developed what very well may be the next major revolution in food preparation. It may also be the only machine that keeps you alive when the Robot Apocalypse goes down, but we’ll try to stuff that to the rear of our minds for now. Essentially, the Cornucopia concept is a 3D printer that precisely mixes foods and flavors from a number of canisters in order to produce something that’s edible (and supposedly close to what you ordered). Able to deliver “elaborate combinations of food,” the machine also has a rapid heating and cooling chamber that purportedly allows for “the creation of flavors and textures that would be completely unimaginable through other cooking techniques.” Color us skeptical, but we’re guessing these government-issued MREs probably taste just as good — guess we’ll find out for sure if the project ever gets its date with reality.

The Cornucopia: MIT’s 3D food printer patiently awaits ‘the future’ originally appeared on Engadget on Thu, 21 Jan 2010 11:16:00 EST. Please see our terms for use of feeds.

Permalink Inhabitat  |  sourceMIT  | Email this | Comments

Arduino and accelerometer harmoniously come together in DIY music controller

Look, Physical Computing can be a drain. Particularly when your Summa Cum Laude status is hinging on you acing the final. We’re guessing that one Ryan Raffa managed to pull off a pretty decent grade, as his final project is nothing short of delectable. In a (presumably successful) attempt to wow onlookers and professors alike, Ryan cooked up an audio controller that utilized an ADXL 335 accelerometer (for motion sensing) and an Arduino board that communicates serially with Max MSP. The controller itself boasts inputs for five tracks and the sixth button applies a delay to all of the tracks; he was even kind enough to host up the Max MSP and Arduino code (it’s there in the source link), and if you’re interested in hearing what all the fuss is about, be sure to hop past the break and mash play.

Continue reading Arduino and accelerometer harmoniously come together in DIY music controller

Arduino and accelerometer harmoniously come together in DIY music controller originally appeared on Engadget on Wed, 20 Jan 2010 03:56:00 EST. Please see our terms for use of feeds.

Permalink   |  sourceRyan Raffa  | Email this | Comments

Wii Balance Board: decent for measuring equilibrium, medical study says

This one’s pretty cute (or evidence of a completely uncreative healthcare industry). Researchers at the University of Melbourne and Singapore General Hospital’s Department of Physiotherapy have run a battery of tests on the Wii’s Balance Board, and found it to be somewhat useful in testing patient’s balance and equilibrium, medically speaking. Current medical equipment used to test these skills is very expensive, heavy, and in short supply. The Balance Board, on the other hand, runs about $99. The Wii accessory was tested on 30 patients, and found to be about as good as the expensive force platforms usually used by doctors… which is great news for Nintendo — this product has seemingly endless real-life applications — but rather embarrassing for the makers of medical equipment, no? Hit the source link for a fuller look at the story.

Wii Balance Board: decent for measuring equilibrium, medical study says originally appeared on Engadget on Tue, 19 Jan 2010 19:41:00 EST. Please see our terms for use of feeds.

Permalink Reg Hardware  |  sourceScience Direct  | Email this | Comments

Apple’s App Store said to have 99.4 percent of all mobile app sales, more like 97.5

The latest research from Gartner indicates that, for the year 2009, only 16 million app sales were executed on mobile devices not bearing the infamous bitten apple logo. In reporting this data, Ars Technica inadvertently conflates Apple’s latest announcement of three billion apps downloaded with the notion of three billion apps sold and pegs the App Store’s market share at a whopping 99.4 percent — but more realistic calculations still show it to be somewhere in the vicinity of 97.5 percent. Going off estimates (obtained by GigaOM) that a quarter of App Store downloads are paid-for apps, and taking a rough figure of 2.5 billion downloads in 2009, leaves us with around 625 million app sales performed by Apple, which comfortably dwarfs all its competition. Considering the fact 18 months ago there wasn’t even an App Store to speak of — whereas today Cupertino is gobbling up the best part of $4.2 billion in annual mobile apps revenue — maybe you can now understand why we’re covering every tiny drip of info about that mythical tablet.

Apple’s App Store said to have 99.4 percent of all mobile app sales, more like 97.5 originally appeared on Engadget on Tue, 19 Jan 2010 02:47:00 EST. Please see our terms for use of feeds.

Permalink   |  sourceArs Technica, Gartner  | Email this | Comments

Gartner forecasts phones overtaking PCs as most common web browsing device by 2013

Predictions about phones overtaking PCs at one task or another are hardly anything new, but research firm Gartner has gotten a bit more specific than most with its latest forecast — which, among other things, foretells of a day when cellphones will be the most common device used for browsing the web. That momentous event will supposedly happen by 2013, when Gartner expects the number of browser-equipped phones to exceed 1.83 billion, compared to 1.78 billion old fashioned computers in use. According to Gartner, however, while browser-equipped phones will outnumber PCs by then, they won’t actually be most folks’ primary browsing device until sometime in 2015. In other prognostication news, the firm also says that fully three billion of the world’s population will be able to make electronic transactions via mobile or internet technology by 2014, and that by as soon as 2012, 20% of businesses will “own no IT assets” — meaning that employees would be using their own personal computer, and that the businesses themselves would be relying on cloud-based services.

Gartner forecasts phones overtaking PCs as most common web browsing device by 2013 originally appeared on Engadget on Fri, 15 Jan 2010 20:12:00 EST. Please see our terms for use of feeds.

Permalink Phone Arena  |  sourceGartner  | Email this | Comments

Self-assembling solar cells built using ancient wisdom, modern technology

Alright, so self-assembling electronics are hardly new in and of themselves, and nanoscale tech tends to always come with bombastic promises, but you don’t wanna miss how this latest innovation is built. Two professors from the University of Minnesota have successfully demonstrated a self-assembly technique that arranges microscopic electronic elements in their proper order thanks to the absolute enmity that exists between water and oil. By coating elements with a hydrophilic layer on one side and some hypdrophobic goo on the other, they’ve achieved the proper element orientation, and the final step in their work was the insertion of a pre-drilled, pre-soldered sheet, which picks up each element while being slowly drawn out of the liquid non-mixture. The achievement here is in finding the perfect densities of water and oil to make the magic happen, and a working device of 64,000 elements has been shown off — taking only three minutes to put together. If the method’s future proves successful, we’ll all be using electronics built on flexible, plastic, metal, or otherwise unconventional substrates sometime soon.

Self-assembling solar cells built using ancient wisdom, modern technology originally appeared on Engadget on Fri, 15 Jan 2010 09:14:00 EST. Please see our terms for use of feeds.

Permalink   |  sourceBBC  | Email this | Comments