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Best of CES 2013: Awesome

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Giant televisions and impressive cameras are great and everything, but it’s not why your intrepid CES Awesome correspondents got into the tech journalism game. No, we were lured away from all those other, sensible career paths by an obsession with the intersection of science and gadgetry. We like pretending we live in a science fiction movie, and nowhere on the planet provides as many opportunities for that feeling as CES. Here are a few of the things that blew our minds while also harnessing our brainwaves to move cursors across screens.

Check out more top picks from CES 2013.

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Lego Mindstorms EV3

Remember when you used to play with Legos and think, man, it would be so cool if this robot that I just made was actually a robot? With their new Mindstorms EV3, they are. And, yes, this means that while you think your kids are happily snapping away with a cool new toy that teaches them some basic computer programming skills, what they’re actually doing is building a herd of dinosaur robot monsters to completely take over your house.
Here’s more on the Lego Mindstorms EV3.
Lego Mindstorms EV3 Spik3r spider scorpion

Leonar3Do

Many companies are hopping onto the 3D printing trend, but Leonar3Do is one of the few that addressed how to create items to 3D print in the first place. With its latest software and tools, anyone can learn to sculpt, model, and create designs that talk to 3D printers, without learning a single programming code. Basically, if you know how to use a pen, you can make an iPhone case and manufacture it yourself.
Read on to learn about the Leonar3Do virtual modeling tool.
Leonar3do-fl

Qi Wireless

It’s 2013. Why do we still need to carry five different wires every time we go on a business trip? With the Qi Wireless technology, cellphones, computers, and tablets will soon sport energy conductive coils that will charge power into the device without ever hooking up a cord. Simply place the items on a charging pad and watch as the battery level go from red to green. This is the kind of gear we can definitely embrace and set as the new standard of mobile technology.
Here’s the full coverage on Qi Wireless.
Qi Wireless charging music dock

Sifteo Cubes

The proliferation of gaming devices and platforms is great, but it inadvertently distracts from the original mission of games in the first place: bring people together to have fun with each other. Sifteo Cubes bring the interactivity back by allowing multiple people to play together on a modular gaming system – all while taking up very little physical space or gobbling up your hard drive. They’re also great for kids to hone their logic and puzzle skills.

Continue here for more on Sifteo Cubes.

Sifteo-cube
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Displair

One of the best and worst parts of CES is that there’s too much to see. Between the various conference halls, keynotes, ballrooms, and show floors, the event is bursting at the seams with all the new electronics and gadgets that we’ll see in the near future (and some we won’t).

Enter, Displair. Hidden in the depths of the Venetian, it’s a touch display made of nothing but mist — and guess what, it’s not just a concept! The Russian startup plans to bring the Displair to market later this year for the incredibly affordable price of $12,000. Too steep? You’re in luck: You can rent it for $1,000 a day.

We know, for that price, if you’re considering the Displair you’re probably a prince living in Dubai. WIth your own island. With five islands. And a pet tiger. Anyway, the point is, you can play Fruit Ninja on mist-made touch display and nothing else matters.

Read more about Displair.

Displair
Image used with permission by copyright holder
Natt Garun
An avid gadgets and Internet culture enthusiast, Natt Garun spends her days bringing you the funniest, coolest, and strangest…
6 things Gemini Intelligence is about to do across your Android devices
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Google is bringing Gemini Intelligence to Android, which brings the best of Gemini to its most intelligent devices. The company really wants you to get your work done by Gemini throughout the day, all while staying in control and keeping your data private. Google is rolling out these features starting with the Samsung Galaxy and Google Pixel devices this summer. Furthermore, we’ll see these features on other Android devices, including watches, cars, glasses, and laptops, later this year.

Your assistant is about to get a lot more hands-on, without you having to ask twice

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Google’s next Chrome update is a big deal for Android users
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Gemini is clearly becoming the centerpiece of Google’s AI strategy, and that focus is now extending deep into Chrome on Android. Starting in June, Chrome is getting a fresh wave of AI-powered features built around Gemini, and the goal is pretty simple: turn your browser into something that actually helps you think, plan, and act, instead of just showing you pages.

Chrome is about to get a little too helpful in the best way

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Rice grain-sized sensor could give robots a delicate touch and keep them from breaking stuff
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Robots are incredibly precise, but being gentle is not always their strong suit. A machine that can build a car with near-perfect accuracy can still apply too much pressure when working in places where even the smallest mistake matters, like inside a human eye or during delicate surgery. That is why researchers at Shanghai Jiao Tong University are developing a new type of force sensor that could help robots “feel” what they are touching more accurately.

The sensor is tiny, about the size of a grain of rice at just 1.7 millimeters wide, making it small enough to fit inside advanced surgical tools. What makes it especially interesting is that it does not rely on traditional electronics. Instead, it uses light to measure force from every direction, including pressure, sliding movements, and twisting. Here is how it works. At the tip of an optical fiber sits a soft material that slightly changes shape when it comes into contact with something. That tiny deformation alters how light travels through the sensor. The altered light pattern is then sent through optical fibers to a camera, which captures it like an image. Researchers then use a machine learning model to study those light patterns and translate them into precise force readings. In simple terms, the system learns how to “read” touch through light alone, without needing a bunch of wires or multiple separate sensors packed into such a tiny space.

Read more