More is better and in these times of tough competition and lack of cash, laptop manufacturers are getting super creative for maintaining their average selling prices. Putting more emphasis on the design is one way to go, but it is only satisfying one of the six senses, so Asus is seducing us by adding scent to its Special Edition F6V laptop that comes in four colors: black, aqua blue, pink, and lime green. Each version has a different stylish design and scent. I can envision great partnerships with top players in the fashion industry... When will we see the Chanel No. 5 Netbook on the shelves?

 

Quick specifications: 13.3 inch screen, Intel Core Duo, 4 GB Ram, 120 GB to 320 GB SATA hard drive, ATI Radeon HD4570 graphic processor, 1.3 megapixel webcam, biometric fingerprint authentication.


Source...

 

Asus has confirmed to ElectricPig that the Eee T91 would come out within one month, at least in the U.K. The real surprise is the price: at $675, it is pricey for the performance and comfort, but Asus seems to think that the tablet format justifies this premium. If the T91 comes with a GPS and a TV-Tuner as it was previously rumored, that might partly justify the higher price. The question is whether or not customers will bite and that's hard to tell. Our guess is that without compelling software, there's little incentive to get one for that price. What do you think?

 

Installing solar panels on the roof is great, but Windows offer additional sun-gathering surface that can be exploited with Konarka's transparent (or translucent, we should say) solar panels called Arch Active Solar Glass. The idea is to slide these in double pane windows for example, but you can imagine all kinds of applications as they are made of flexible plastic and don't really need to be protected by glass.

There are a few downsides: the life expectancy of the product (25yrs) is inferior to silicon-based cells. It is also much less efficient at converting light into electricity (6% efficiency). Still, it can be used where standard solar panels can't so that's an advantage that can't be ignored. It seems difficult to improve the efficiency, but it might easier to reduce the cost. That's cool stuff.

Source...

 

Solar panels aren't exactly the most efficient green technology around, but scientists have come up with a new solar dye that is able to capture energy from the sun in a new way, potentially increasing the power generated by solar panels tenfold. This new technique involves coating glass with a specific mixture of transparent dyes which redirect light to photovoltaic cells in the frame. It is hoped that this development will be used to convert glass buildings into gigantic energy plants - something most metropolitan areas need since there is a deluge of high rise buildings with millions of people craving for ever more power. Scientists in the team tip the technology to hit production state within three years.

 

What would happen if ordinary windows could be turned into solar panels? Well, that could work out in the future if researchers from MIT manage to stumble upon the magical blend that will coat ordinary windows to make this happen. These chemicals have a wide color range, from very bright to near transparent, and is able to absorb light while re-emit energy into the glass. Solar collectors are located around the window's edge, collecting such conducted energy to power the building. This development hopes to see a commercially-ready version within 5 years' time, making cities worldwide rejoice as their skyscrapers no longer need to just stick out like a sore thumb but contribute something back to society as well.

 

Page 7 of 7

7
Next
End