Tuesday, January 28, 2014

Gridded "Superlens" Brings Wireless Power Transmission A Step Closer

Source: http://gizmodo.com/gridded-superlens-brings-wireless-power-transmission-1510675780

Gridded "Superlens" Brings Wireless Power Transmission A Step Closer

Above is a close-up of what developers call a "superlens," a device that can focus low-energy magnetic waves over a distance. The result? Wireless power generation over nearly one foot of air between transmitter and receiver.

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To Make Glass Stronger, Etch It With Microscopic Cracks

Source: http://gizmodo.com/to-make-glass-stronger-etch-it-with-microscopic-cracks-1510973860

To Make Glass Stronger, Etch It With Microscopic Cracks

To anyone who has ever dropped a wine glass or broken a window, you might have a thing or two to learn from mollusks. A new technique inspired by natural materials such as mollusk shells or tooth enamel can make glass 200 times stronger. Weirdly enough, it works by weakening the glass with microscopic cracks.

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drag2share: Chrome apps will soon arrive on Android and iOS devices

source: http://www.engadget.com/2014/01/28/chrome-apps-android-ios/?utm_source=Feed_Classic_Full&utm_medium=feed&utm_campaign=Engadget&?ncid=rss_full

Last month, we discovered Google was working on a tool that would port Chrome apps to both Android and iOS. Today, the folks in Mountain View released a developer preview that does just that. Like the early rumblings suggested, it's based on open-source Apache Cordova, which leverages the software's native HTML, CSS and JavaScript. This means that the software will get wrapped in the stylings of a native app and can be submitted to each app store for distribution. There's also a slew of Chrome APIs available that you'd expect to see in mobile apps, including the ability to build in payments, notifications and alarms on top of those offered by the Cordova platform. Now that the tools are in the hands of devs, we'll have to bide our time until the finished Chrome apps begin to surface.

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drag2share: Future US Soldiers Might Just Be Trained In a Star Trek Holodeck

source: http://feedproxy.google.com/~r/businessinsider/~3/oLM7KAXRK30/us-soldiers-might-be-trained-in-holodeck-2014-1

attached imageThe VIPE Holodeck is similar in approach to the Infantry Immersion Trainer (IIT) that was developed by Lockheed Martin to train marines, but they differ in many key ways.

IIT was designed as a mixture of mediums, including physical reconstructions that were meant to resemble Fallujah, Iraq. This scenario was complemented by a piping in of digital sounds and avatars to create a fully immersive environment.

VIPE, though, is purely digital. Aside from the individuals within the Holodeck, everything else is a projection based on simple, and inexpensive, consumer technology.

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drag2share: This 17-Year-Old Dropped Out Of High School For Peter Thiel And Built A Game-Changing New Kind Of Computer

source: http://feedproxy.google.com/~r/businessinsider/~3/RwrGreCBvB8/cool-startup-17-year-old-thiel-fellow-2014-1

Thomas Sohmers REX Computing

On Tuesday, 17-year-old Thomas Sohmers unveiled a new super fast computer server that uses a fraction of the electricity that a normal computer does.

He's showing it off at the Open Compute Project (OCP) Summit happening this week in San Francisco.

OCP is the Facebook-led project that is changing the data center hardware industry. It's where big Internet companies like Facebook design their own hardware to be faster and cheaper than traditional options from companies like Dell, HP, IBM, or Cisco. (But Dell and HP are also involved in OCP). It gives those designs away for free, a concept called open source hardware.

This computer is the first product from Sohmers' startup, REX Computing, created with 52-year-old co-founder and CTO Kurt Keville.

The computer is a very powerful machine built with ARM processors, the kind low-power processors that run smartphones and tablets. (In geek speak: these are multi-core ARM processors designed for servers, made by a San Jose company called Xilinx.)

These servers allow more computing power to be packed into a smaller space. The server is "2,500% more power-efficient for the same performance," Sohmers told Business Insider. Think of it like a supercomputer running on the equivalent of smartphone battery.

And that has big implication! s for building green-but-powerful data centers.

"I think of myself as an entrepreneur besides just being an electrical engineer. I believe what I'm doing can have a major effective on the world," Sohmers said.

Low-power ARM servers is big trend in the server industry with companies like HP and Dell now in the market, but one that hasn't really taken off yet for a bunch of technical reasons that add up to one thing: there isn't a lot of software that runs on them, yet.

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