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Electronics

Philips has unveiled its OneSpace lighting panel

In his 1964 New York Times article predicting the technologies of the future, Isaac Asimov wrote, "By 2014, electroluminescent panels will be in common use." Lighting panels are indeed used to make ceilings and walls glow as he guessed. The Philips OneSpace is the latest such example of Asimov's projections coming to fruition.  Read More

The MultiTaction iWall offers unlimited multi-touch interactivity, and is just one of the ...

UK-based "tech alchemist" firm Engage yesterday launched its Flux Innovation Lounge. The Lounge is a place to see some of today’s advanced technology put into practical use – and a place for Engage to show off some of its work. Visitors can expect 18-foot (5.5-m) touchscreens, holographic cabinets and immersive environments.  Read More

The MicrobeScope is a mini microscope designed for use with the iPhone

We've seen devices that let you attach your smartphone to a microscope, but they require you to have access to a microscope in the first place. What if you don't? Well, that's where the MicrobeScope comes in. It's a portable 800x microscope that works with newer iPhones – or just with the naked eye.  Read More

DigiGage's infotainment for elevators

Israeli startup DigiGage has created a display system for elevators that shows images and information moving along with viewers as they go up or down. The system is already being used in several countries, including the US and China.  Read More

Gallium nitride transistors enabled the compact design of this 2090 lumen retrofit LED lam...

Although known for long life and low energy consumption, the LED uses a DC power supply, or driver, to overcome its sensitivity to current fluctuations, and it’s the high-frequency, high-speed switching transistors in this driver that’s made the LED so costly for use in large-scale commercial applications dominated by fluorescent and incandescent lighting. But that’s about to change. Fraunhofer researchers are developing a new, more economical means of making the high-performance gallium nitride transistors needed for the LED’s high-efficiency driver.  Read More

hereO has announced a new GPS watch for tracking children

Part of being a kid is playing outside and exploring, so it's impossible to keep an eye on your children at all times. With this in mind, GPS tracking for kids has become increasingly popular. The hereO watch is the latest GPS tracking device aimed at providing parents with peace of mind.  Read More

Microscope photo of tungsten diselenide samples connected to electrodes

Graphene, the two-dimensional lattice of carbon atoms, may be the wonder material du jour, but ultrathin layers of other elements are also proving to be an exciting area of research. One-atom-thick sheets of germanium and tin have shown potential as semiconductors and a topological insulators respectively, and now ultrathin layers of tungsten and selenium have been used to create a diode that could be used in ultrathin, flexible, semi-transparent solar cells.  Read More

Space Replay is a floating sphere that records and replays the sounds around it

A floating sphere called Space Replay has been created that explores unusual sound signatures from transitional public spaces, moving around its space and replaying the sounds it picks up after a short delay.  Read More

Pioneer's DJE-2000 (left) and DJE-1500 (right) inner-ear headphones for DJs

It's not always practical for gigging DJs to wrap a pair of hefty cans around their heads when selecting or preparing tracks on a portable music player, smartphone or tablet, but even high-end earbuds might not cut the mustard when it comes to the specific audio needs of today's digital pancake turner. Pioneer's Professional Sound and Visual Division has developed some enclosed inner-ear headphones specially tuned for mixing and playing on the move.  Read More

This colorful American flag is in reality a functional  and transparent solar cell (Photo:...

A beautiful stained glass installation, a colorful billboard, or rows of windows on an office building ... all as electricity-generating solar cells? New research at the University of Michigan gives a method for creating such transparent and colorful solar cells using a hybrid silicon/organic composition, and furthermore avoids some of the problems of previous colored and transparent solar cells.  Read More

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