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Graphene, the tough material that can stand even a diamond cutter may soon be used in manufacturing microchips. Graphene may soon replace silicon and help manufacture mega batteries. Thanks to the engineers at the University of Texas, electric charge...
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Joy Yang of Queensland Univeristy of Technology, Australia has designed the Glowing Bubble, a lighting system for the elderly that aims to help them lead an independent...
made popular Sep 6 2008
In yet another innovation that could further Moore’s law and make it much more relevant, even in the future, we now have a transistor created by British...
made popular Apr 19 2008
One of the major reasons why the world is not taking up solar energy as rapidly as it should is because of the simple fact that the initial installation cost is too...
made popular Mar 26 2008
Here is a very true to its name backless bra. Sassybax has launched one. It comes in two colors- nude and black with silicon cups and spandex material. It does not have...
made popular Mar 13 2008
We all are already well aware of the value of ‘Carbon’ as a building block of life itself. We owe our very existence to carbon and its miraculous property...
made popular Dec 19 2007
AP, San Jose
A Silicon Valley businessman was sentenced Monday to two years in prison for helping broker the sale of a night vision camera to a research institute linked to the...
made popular Dec 4 2007
Cambridge University’s Cavendish Laboratory’s physicist Neil Greenham has conceived of an organic solar cell that doesn’t use expensive silicon....
made popular Nov 30 2007
A Japanese company named Clean Venture 21 (CV21) claims to curb the overall cost of producing solar cells by 50 percent. Isn’t that a remarkable step up for a...
made popular Nov 14 2007
Cost has always been one of solar’s biggest problems. Traditional solar cells require silicon, and silicon is an expensive commodity and upto 70 percent of the...
made popular Nov 13 2007
The most reliable renewable source of energy to power electronic gadgets as we have seen is the solar energy and fuel cells. Photovoltaic cells are commonly used...
made popular Nov 12 2007
IBM has been, for long, a pioneer in technological advancement & gadgetry. Now they have come up with a unique eco-friendly way to solve the problem of Silicon...
made popular Oct 30 2007
AP, Armonk
IBM Corp. says it has developed a greener method for recycling precious silicon that is wasted during computer chip manufacturing.For microprocessors and other computer...
made popular Oct 30 2007
Solar panels have always been perceived to be flat and expensive. Proving this common notion wrong is a Japanese company Kyosemi Corporation, which has developed...
made popular Oct 15 2007
Intel has once again shown that silicon modulators can prove as worthy as their non-silicon and expensive counterparts. The company has successfully developed a new...
made popular Aug 3 2007
One of the major downsides of solar power has been its low efficiency and relatively high cost. Now, a new ultra-thin solar cell developed by James Zahler from Aonex...
made popular Jul 14 2007
With a surge in the field of architectural technology, today designing can add beauty along with prolong a building’s walls and roof lives. Today people seem to...
made popular Jun 12 2007
Beer is one drink that never goes out of sight, and a can of chilled beer is anyones delight.
But besides the chilling comfort attributed to it, beer also has some...
made popular Apr 17 2007
In order to introduce next-generation supercomputers IBM has announced to introduce vertical stacking technology in their upcoming line of computers.
This cool...
made popular Apr 13 2007
Earlier we introduced you a prototype model of the Japan’s micro medical robot that could stay and move in the human body to eliminate disease, especially cancer....
made popular Mar 13 2007
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EcoFactor: Solves reusable energy storage woes.
The recent nanotech discovery by a bunch of researchers from the University of Texas at Austin could be a breakthrough...
made popular Sep 18 2008
In yet another innovation that could further Moore’s law and make it much more relevant, even in the future, we now have a transistor created by British...
made popular Apr 19 2008
Catenation is the self-linking capacity of Carbon that allows it to form endless chains of molecules and atoms. It is this magical property that has given the world...
made popular Apr 17 2008
We all are already well aware of the value of ‘Carbon’ as a building block of life itself. We owe our very existence to carbon and its miraculous property...
made popular Dec 19 2007
The researchers at the University of Manchester have successfully cracked the biggest stumbling block in semiconductor miniaturization. By breaking the silicon barrier...
made popular Mar 3 2007
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Atom sized transistor Austin carbon compounds Catenation energy-storage system Environment Manchester University microchip Moore\'s Law nanotech Nanotechnology Prof Andre Geim Science Silicon solar cells solar energy Technology Ultra Capacitors United Kingdom University of Texas 