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Electronics


— Electronics

PiVOT tabletop display simultaneously delivers two different "view zones"

Researchers from the University of Bristol's Department of Computer Science have shown off a new tabletop display that is capable of showing different overlays to individual users. This new overlay called PiVOT (personalized view-overlays for tabletops), is being shown off at the Association for Computing Machinery's (ACM) Symposium on User Interface Software and Technology (UIST). Read More
— Electronics

Hop! suitcase automatically follows its user

As any frequent flyer knows, hauling around a passport, carry-on luggage and suitcase while navigating through an airport can be a real hassle, and the situation is made worse if the traveler in question has any physical health issues. Madrid-based designer Rodrigo Garcia Gonzalez has come up with an ingenious solution to this issue: a smart carry-on suitcase named Hop! which follows the traveler around automatically. Read More
— Electronics

New 3M projector streams Roku content

The world seems to be moving away from projectors. Almost all of the tech-savvy consumer's content is downloaded digitally and streamed to TVs, tablets and smartphones. The projector is kind of lost in the shuffle of all of this. Enter 3M's Streaming Projector, which merges the massive display sizes that only a projector can produce, with the streaming content for which Roku is known. Read More
— Electronics

Scientists create ultra-thin, cheap, flexible, transparent graphene semiconductors

Ordinarily, electronics are made with silicon semiconductors that are rigid, opaque, and about half a millimeter thick. Thanks to research being carried out at the Norwegian University of Science and Technology, however, that may be about to change. Led by Dr. Helge Weman and Prof. Bjørn-Ove Fimland, a team there has developed a method of making semiconductors out of graphene. At a thickness of just one micrometer, they are flexible and transparent. Also, because they require so little raw material, they should be considerably cheaper to manufacture than their silicon counterparts. Read More
— Electronics

"Transient electronics" dissolve once they're not needed

We’ve certainly been hearing a lot lately about tiny electronic devices that can do things such as delivering medication after being implanted in the body, measuring structural stress upon being attached to a bridge, or monitoring pollution after being placed in the environment. In all of these cases, the device has to be retrieved once it’s served its purpose, or just left in place indefinitely. Now, however, an interdisciplinary team of researchers have demonstrated “transient electronics,” which dissolve into nothing after a pre-determined amount of time. Read More
— Electronics

TinyDuino shrinks the Arduino, retains its flexibility

The popular open-source Arduino microcontroller has been implemented in countless projects worldwide, and this very success has led the hacker community to create several smaller and cheaper alternatives to the Arduino, such as the Digispark. TinyDuino continues in this miniaturization trend but, crucially, does so while promising to retain all the flexibility of its illustrious forbear. Read More

NES Zapper Laser packs a punch

Remember the classic NES Zapper, as used in games like Duck Hunt? Well, an intrepid tinkerer at North Street Labs hacker space in Portsmouth, Virginia, has taken that same harmless toy and retrofitted it with a powerful laser. While not quite deadly enough to take out a real life mallard, you wouldn't want to point the NES Zapper Laser toward a TV either, as it's capable of doing considerable damage to whatever it shoots. Read More
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