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The search giant is known for its playful, unconventional workspaces—perhaps intended to offset its fairly Vader-esque public image, and certainly, to sweeten the deal for young, in-demand engineers who may be juggling other offers. In Pittsburgh, Googlers enjoy an industrial theme and slides. In Zurich, it’s birch trees and meeting cocoons. Meanwhile, in London, Google has two established offices—one is industrial chic, the other, a space-age white box. Now, a third office—a “Super HQ”—has opened on the eighth floor of Central Saint Giles, the Renzo Piano-designed tower in Covent Garden.

Google’s Quirky New London HQ: Fit For Mr. Bean

For most people, high school science fairs yield amusing but not altogether practical results: your baking soda and vinegar volcanoes, your potato clocks. There are exceptions, of course—15 year-old Jack Andraka created a cheap, efficient pancreatic cancer sensor for the Intel International Science and Engineering Fair. And there are the finalists in Google’s annual Science Fair, which invites entrants ages 13 through 18 to compete for a variety of prizes. These kids are results are anything but amusing. They’re potentially world changing.
Below, we look at five of our favorite finalists (there are 15 in total). The winner will be crowned next month.
5 Kids Who Are Using Science To Change The World

For most people, high school science fairs yield amusing but not altogether practical results: your baking soda and vinegar volcanoes, your potato clocks. There are exceptions, of course—15 year-old Jack Andraka created a cheap, efficient pancreatic cancer sensor for the Intel International Science and Engineering Fair. And there are the finalists in Google’s annual Science Fair, which invites entrants ages 13 through 18 to compete for a variety of prizes. These kids are results are anything but amusing. They’re potentially world changing.

Below, we look at five of our favorite finalists (there are 15 in total). The winner will be crowned next month.

5 Kids Who Are Using Science To Change The World

“The input to this device is a real challenge because there is no physical keyboard—just like a phone doesn’t have a physical keyboard—and there is no touch screen either. How do you input? We’ve dabbled and experimented with lots of different types of input including using your voice, using some type of touch interface on the side of the device itself, as well as using your head,” Lee says. “So using your head as input, for example, we’ve tried dozens and dozens of different types of head gestures. As you can imagine, some are more extreme than others. It creates a pretty funny experience. In fact, we created a game internally, both to exercise and test things out, but also to demonstrate the absurdity of using your head. It’s kind of like DDR but with your head instead of your feet.”
Google’s Project Glass: Inside The Problem Solving And Prototyping

“The input to this device is a real challenge because there is no physical keyboard—just like a phone doesn’t have a physical keyboard—and there is no touch screen either. How do you input? We’ve dabbled and experimented with lots of different types of input including using your voice, using some type of touch interface on the side of the device itself, as well as using your head,” Lee says. “So using your head as input, for example, we’ve tried dozens and dozens of different types of head gestures. As you can imagine, some are more extreme than others. It creates a pretty funny experience. In fact, we created a game internally, both to exercise and test things out, but also to demonstrate the absurdity of using your head. It’s kind of like DDR but with your head instead of your feet.”

Google’s Project Glass: Inside The Problem Solving And Prototyping

Google’s self-driving cars may be out on the road already, but it will take awhile before public is truly ready to give up all driving control to artificial intelligence. In the interim, Volvo has a solution that lets drivers (sometimes) sleep at the wheel while still improving highway safety—and it just completed the first real-world tests.
Dubbed SARTRE (Safe Road Trains for the Environment), the EU-backed project is working on road trains—vehicles equipped with software already found in many Volvo vehicles (including laser sensors, cameras, and radars) that are automatically led along the highway by a lead vehicle, which is commandeered by a professional driver. Regular drivers could one day simply use in-car navigation to find the nearest highway road train, get on the tail end, and let the vehicle platoon take over steering, braking, and acceleration.
Volvo’s Self-Driving Road Trains Hit The Streets

Google’s self-driving cars may be out on the road already, but it will take awhile before public is truly ready to give up all driving control to artificial intelligence. In the interim, Volvo has a solution that lets drivers (sometimes) sleep at the wheel while still improving highway safety—and it just completed the first real-world tests.

Dubbed SARTRE (Safe Road Trains for the Environment), the EU-backed project is working on road trains—vehicles equipped with software already found in many Volvo vehicles (including laser sensors, cameras, and radars) that are automatically led along the highway by a lead vehicle, which is commandeered by a professional driver. Regular drivers could one day simply use in-car navigation to find the nearest highway road train, get on the tail end, and let the vehicle platoon take over steering, braking, and acceleration.

Volvo’s Self-Driving Road Trains Hit The Streets