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Dario Borghino

Researchers have succeeded in building a molecular computer that can mimic the inner worki...

Researchers from Japan and the Michigan Technological University have succeeded in building a molecular computer that, more than any previous project of its kind, can replicate the inner mechanisms of the human brain, repairing itself and mimicking the massive parallelism that allows our brains to process information like no silicon-based computer can.  Read More

Maingear claims fastest 15' HD gaming notebooktitle with eX-L 15

Maingear has recently unveiled what it claims to be the fastest 15" gaming laptop on the market. Offering top-of-the-line components while still allowing for several customization options, the new eX-L promises to satisfy even the most demanding of hardcore gamers.  Read More

MIT researchers have created a virus-templated catalyst solution used to harness energy fr...

A team of MIT researchers has managed to mimic the photosynthetic process in plants by engineering M13, a simple and harmless virus, to help splitting water into its two atomic components, hydrogen and oxygen, using sunlight. The researchers hope this is the first step toward using sunlight to create hydrogen reserves that could then be used to generate electricity or even produce liquid fuels for transportation.  Read More

The Large Hadron Collider physics program has begun

After months of testing, the Large Hadron Collider research program has started at the European Organization for Nuclear Research (CERN) laboratory on the Franco–Swiss border. Accelerating particles and colliding them at 7 trillion electron volts - just half of its full capacity, but already three and a half times the energy previously achieved by the most powerful particle accelerator in the United States - scientists at LHC are now hoping to answer fundamental questions on the nature of our universe.  Read More

First green LED means a lighting revolution is fast approaching

When scientists at the National Renewable Energy Laboratory (NREL) tried to apply their expertise in solar cell technology to build a green LED light from the ground up, they surprisingly centered the objective at their very first try. In doing so they solved a long-standing technological problem and paved the way for the large-scale employment of white LEDs for public and domestic illumination over the course of the next few years.  Read More

Georgia Tech professor Zhong Lin Wang holds an improved nanogenerator containing 700 rows ...

Researchers at the Georgia Institute of Technology have created the world's first self-powered sensors at the nanometric scale. Tiny generators embedding thousands of nanowires produce electricity whenever the wires are subjected to mechanical strain, and can be used to power microscopic sensors without the need for batteries.  Read More

Sony's laser projector module promises higher efficiency and a better picture quality for ...

Sony has announced the development of a highly efficient RGB laser light source module that, thanks to its high scalability, is suitable for use with projectors of all sizes and promises outstanding performance as well as power efficiency. The module incorporates high-power lasers with a combined output power of 21W in a single, small package.  Read More

Igniting fullerene nanostructures via low-power lasers could find applications in the medi...

Researchers at the University of Florida have found they can use low-power lasers as a cheap and efficient way to light and ignite nanoparticles. The discovery could lead to important advancements in the medical, computing and automotive fields.  Read More

IBM researchers have developed their latest building block in their effort to achieve phot...

Researchers at IBM have made important progress toward creating silicon circuits that communicate using pulses of light rather than electrical signals. This is thanks to a device called nanophotonic avalanche photodetector (NAP), which, as detailed on the journal Nature, is the fastest of its kind and is a major step toward achieving energy-efficient computing that will have significant implications for the future of electronics.  Read More

This optical chip can convert light pulses into digital signals faster and more efficientl...

Researchers at UC Davis have manufactured a device that can convert light pulses into electronic signals and back that is up to 10,000 times faster than existing technologies, leading the way to ultrafast, high-capacity telecommunication and advanced three-dimensional imaging systems.  Read More

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