| Plastic flexible electronics for the future |
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New research has advanced the field of plastic-based flexible electronics by developing, for the first time, an extremely large molecule that is stable, possesses excellent electrical properties, and inexpensive to produce. |
| Wireless security made simple |
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MIT researchers have demonstrated the first wireless security scheme that can protect against "man-in-the-middle" attacks -- but doesn't require a password. |
| Strain & stress sensor changes color |
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Having a bit of warning before a structural system fails, could be really helpful. However, when the system is only a few nanoinches big, having a sign that's easy to read can be a challenge. |
| Detecting trace amounts of explosive vapors |
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Researchers have designed an ultra-portable device to detect trace amounts of explosives such as TNT. The prototype is sensitive and inexpensive, and may one day be adapted to help clear dangerous landmines. |
| Better, Faster, Cheaper - More Sun Energy |
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The change in energy policy has been decided; Germany and the rest of the world needs more green energy. From September 5-9 in Hamburg, everything will revolve around our biggest energy supplier: the sun. |
| Faster optoelectronics may be achievable with new technology |
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The steady improvement in speed and power of modern electronics may soon hit the brakes unless new ways are found to pack more structures into microscopic spaces. To do this, researchers are looking into precisely steering, in real time, a curve-shaped beam of weird "virtual particles" known as surface plasmons. |
| Feasible quantum-computer microchips |
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Two completely different quantum systems were successfully joined at Vienna University of Technology (TU Vienna). This should pave the way to feasible quantum-computer microchips. |
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