This is a rare achievement for the Raanana-based company’s founders – Uri Levine, Ehud Shabtai and Amir Shinar – and CEO Noam Bardin, who within five years turned Waze into one of the most popular mapping applications in the world, which serves some 50 million users on a daily basis.

Waze achieved all the demands it presented to Google in the negotiations: Waze’s activity will remain in Israel for years, Google cannot fire a single employee out of Waze’s 107 workers, and the entire acquisition sum – about $1 billion – will go into the pockets of the investors, founders and employees in cash, without stocks whose value would change unexpectedly.

Google will complete the acquisition within about a month in a bid to integrate Waze into the Android 5.0 operating system, expected to be launched this year.

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What’s better at being a wheel than … a wheel?

That is not a rhetorical question or a Zen kōan or the start to an awesome joke (sorry). Inventor David Patrick, an avid skateboarder, stumbled (or, you know, skated) onto a way to reinvent the wheel as something that he claims is better than the tradition cylindrical model — something faster, more stable, and more ground-gripping. Its inspiration, Patrick says, “came from a cube.” He calls his creation the “SharkWheel,” and he has patented the invention — and is now raising money for its production on Kickstarter. (A week into the campaign, the modified wheel has taken in almost double the amount of its original $10,000 funding goal.)

So what is the SharkWheel, exactly? And how is it possible that a cube — an object defined, after all, by its 90-degree angles — would inspire an object whose whole point is its lack of points?

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Want to switch off the living room lights from bed, change channels while washing dishes, or turn the heat up from the couch? A team at the University of Washington has rigged a standard Wi-Fi home network to detect your movements anywhere in the home and convert them into commands to control connected devices.

Gesture recognition is the latest fad in games and tech, but even the newest systems require high-tech depth-sensing cameras or other special hardware. Microsoft’s new Kinect, for instance, uses a photon-measuring method called “time of flight” sensing that was, until the Kinect was announced, limited to high-tech laboratories. And Kinect isn’t small, either.

UW computer science students, led by assistant professor Shyam Gollakota, looked at the gesture-detection puzzle another way — specifically, how people affect the environment they’re already in.

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Two Irish film-makers have set out to discover why a growing number of environmentalists are changing their minds about nuclear power.

They believe they have found that an innovative reactor design using thorium instead of uranium is safe enough and green enough to convince heavyweight anti-nuclear campaigners that these reactors should be built.

This design first appeared in the US in the 1960s where an experimental reactor successfully ran on thorium for five years.

It was soon shelved, however, in large part because these reactors don’t produce the plutonium required to make atomic bombs.

After gathering dust for four decades, recent years have seen a resurgence of interest in the technology with Australia, China, India and the Czech Republic all announcing major funding for research.

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