Google’s Nexus Q Is Designed And Manufactured In The U.S.A.

Forget the applications like video and audio streaming, or the built-in speakers. The most noteworthy feature of Google’s new Nexus Q device may be this: It’s made in the United States.

The gadget, about the size and shape of a Magic 8 Ball, is billed by Google as “the first social streaming player.” It can be connected to a TV, has its own speakers, and can stream music and video from the cloud as well as connect an Android tablet or phone with home electronics.

Google hasn’t played up its origin, even though the vast majority of electronics are manufactured in China or other countries where labor is cheaper than in the U.S. Electronics companies, like those in many other sectors, for years have flocked to China to take advantage of cheap labor costs and loose business regulations.


Most famously, Apple has appeared in headlines over its relationship with Foxconn, the Chinese manufacturer that makes its iPads and iPhones. Foxconn has been accused of unsafe and unfair working conditions in recent years. Apple has announced it’s working to improve conditions at its supply-chain plants, and CEO Tim Cook visited a Foxconn factory earlier this year.

But as wages and other costs begin to increase in China, a handful of mostly smaller companies has begun bringing those jobs back to the States. Late last year, an analysis by the Boston Consulting Group predicted that 2015 will be a “tipping point” when it will make more sense for many industries to keep their plants closer to home.

Do you like Google’s Nexus Q? Do you agree that industries should start bringing back jobs to the States instead of outsourcing to China and other countries? Share your comments with us!

Source: CNN

Image: Tech Crunch

MIT Reveals Trillion-Frames-Per-Second Camera

A camera capable of visualizing the movement of light has been unveiled by a team of scientists in the US. The equipment captures images at a rate of roughly a trillion frames per second – or about 40 billion times faster than a UK television camera.

Direct recording of light is impossible at that speed, so the camera takes millions of repeated scans to recreate each image. The team said the technique could be used to understand ultrafast processes. The process has been dubbed femto-photography and has been detailed on the Massachusetts Institute of Technology’s Media Lab’s website.

To create the technique, the scientists adapted a “streak tube” – equipment used to take data readings from light pulses. It works in a similar fashion to the way pictures are created on traditional television cathode ray tubes, scanning one thin horizontal line at a time. The technique is only suitable for capturing an event that can be recreated exactly the same way multiple times.

It took about an hour to take enough shots to make a final video representing a fraction of a second of real time, leading one member of the team to dub the equipment “the world’s slowest fastest camera”. In addition to revealing new ways of seeing the world, the MIT scientists say the process could have some practical uses.

“Applications include industrial imaging to analyze faults and material properties, scientific imaging for understanding ultrafast processes and medical imaging to reconstruct sub-surface elements, ie ‘ultrasound with light,’” they say on their website.

 

Source: BBC News

Image: Extremetech.com