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Little Wonder Boy Discovers New Solar Cell Type

William Yuan, a Beaverton, Oregon 12-year boy, invented a new kind of solar cell that can absorb both visible and ultraviolet light.  I bet this kind of news makes you feel pretty weird about your own accomplishments so far. It sure made me. And, to scare you even further, I took a look at little Will's resume. Oh my, here goes. Two years before finishing elementary school in 2007, he became a member of the First Lego League (FLL) and this determined him to delve into the research of nanotechnology and renewable energy. Since he realized the importance of the latter for the future, he focused his attention on the study a... [read more >>]

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Researchers Find Key to Glassy Water

Water is probably one of the strangest substances known to man, mainly due to some mind baffling properties that seem ...
On 1 Feb 2008, 10:07 GMT [ more >> ]

Scientists Develop Ultra-efficient Piezoelectric Material

Researchers from Carnegie Institution have created a new piezoelectric material that may reduce fabrication costs and ...
On 31 Jan 2008, 14:57 GMT [ more >> ]

The Lens of the Eyes Can Be Read to Tell Your Age!

The age of trees or fish is not the only one that can be determined through the analysis of specific elements, like gr...
On 31 Jan 2008, 10:50 GMT [ more >> ]

Breakthrough Method for Obtaining Milk with AntiCancer Drugs

Milk is recommended for its significant amount of proteins, calcium and vitamins, but scientists thought to make the m...
On 31 Jan 2008, 10:21 GMT [ more >> ]

Physicists Break Record by Creating Two-species Fermionic Mixture

Most of the studies conducted in the last decade, for understanding the nature of liquids and solids, involved dilute ...
On 30 Jan 2008, 15:32 GMT [ more >> ]

Magnetism Becomes Weaker Under Pressure

Magnetic materials are rather abundant on Earth, especially under the form of magnetite mineral. Recently, researchers...
On 30 Jan 2008, 13:32 GMT [ more >> ]

Researchers Create Tiny Nanotube Radio

Nanotube technology is finally showing its true power by creating the first nanotube radio out of carbon nanotube mate...
On 29 Jan 2008, 14:56 GMT [ more >> ]

X-ray Imaging Boosted by Nanotube Technology

X-ray imaging techniques are being widely used into hospitals all over the world to put in evidence the contrast betwe...
On 29 Jan 2008, 12:26 GMT [ more >> ]

Why Does Carbon-14 Decay So Slowly?

Amongst some of the commonest isotopes on Earth, such as carbon-11, nitrogen-13 and oxygen-15, we find the notorious c...
On 29 Jan 2008, 11:33 GMT [ more >> ]

Researchers Probe the Nucleus of Helium-8

Although on Earth helium gas is relatively rare and mostly extracted from natural gas deposits, in the universe helium...
On 29 Jan 2008, 09:53 GMT [ more >> ]

Single Photon Ultraviolet Detectors go Solid-state

Photodiodes represent a type of photodetectors capable of converting light either into current or voltage. They are re...
On 29 Jan 2008, 07:51 GMT [ more >> ]

LHC Starts the Search for Sparticles in April

The long expected CERN Large Hadron Collider will become operational somewhere this spring, and physicists all around ...
On 28 Jan 2008, 15:19 GMT [ more >> ]

Ethanol Replaced with Butanol

But why? Well, there are three big reasons for that. The ethanol is a highly corrosive substance, it has lower energet...
On 28 Jan 2008, 11:35 GMT [ more >> ]

Lithium and Beryllium Bind Well Under Pressure

Although they are highly reactive with other chemical elements and substances, lithium and beryllium do not bind toget...
On 28 Jan 2008, 10:53 GMT [ more >> ]

Faster than Light?

Quantum tunneling represents a quantum mechanics phenomenon, which allows a given particle to violate certain classica...
On 26 Jan 2008, 11:35 GMT [ more >> ]

What to Do with World's Most Accurate Laser?

Most of the problems related to lasers nowadays is the so-called photon noise, which determines fluctuations in the la...
On 26 Jan 2008, 10:23 GMT [ more >> ]

NIST Develops Ultra-efficient Heat Pump

Air heat pumps are usually extremely energy efficient, being able to provide with one and a half to three times more h...
On 25 Jan 2008, 16:10 GMT [ more >> ]

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