By combining laser interference technology with a new "scanning beam" wafer technique, the team at the Space Nanotecnology Lab has demonstrated manufacturing of semiconductor wafers with 25nm detail. And it's easily extendable to 12nm. In the scanning technique, Doppler shifts affect the laser's ability to create accurate patterns, so the clever MIT guys synchronize the wafer under construction by oscillating the laser elements with 100Hz sound waves. Looks like that venerable old law will hold true for a while yet. [EETimes]
This is the YachtPlus 40 Signature Series, a 134-foot ship designed by architects Foster + Partners. Unlike other superyachts, this one is not just a stunning rendering, but it's now being constructed in Italy and should be available to buy for a whole load of dollars in September. I would say at least 35 dollars. Even more. According to the manufacturers, its design offers more space than any ship in its class. Loaded with features, the interior looks as good as the exterior. Go ahead and drool.
If you're covering an event and already carrying a huge gear bag with a laptop, camera, emergency Cliff bars and all the rest, QuickVoice is a welcome replacement for a standalone digital voice recorder. We like QuickVoice as a late addition to 
Precisely how the Flowlight would work is a little unclear, but the design page notes that a base station would focus a laser beam 100 times a second into a point in the space, creating small plasma points that glow in mid air. Users could then use the pen to draw and write, making doodles look like some sort of fantastic light show. It's kind of like a cross between and blackboard and a laser pointer—which would be extremely cool if the product actually existed.
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