Samsung Electronics have put 50 nanometer’s memory technology and manufacturing processes in good uses. Developed from the new technology, higher density and more power efficient chipsets were achieved to fabricate a single stick 4GB DDR3 SDRAM chip.
Now this is pretty interesting. If nanotechnology news gives you the warm fuzzies then you'll be pleased to learn that some chemists at the University of Zurich have created a new fabric that can't ever get wet. Ever. I mean, it was in water for two months and it's still not wet!
This material is made from polyester which were covered with 40nm-wide silicone nanofilaments. Since these filaments are so tiny and so spiky, they make it so water actually sits above the material in a sort of pocket. This is a permanent state. The material won't ever be made wet.
So what are the potential applications of this technology? Well, it reduces drag in water by up to 20%, for one. It can also serve as a self-cleaning cloth. Regardless of how it ends up being used, this is still pretty cool and presents numerous opportunities.
A report released by the UK Royal Commission on Environmental Pollution indicates that we might not know enough about nano-engineered materials for them to be widely used. In fact, the commission chair will not wear clothing that has nano silver in it until more study is completed.
Sitting at the computer all day not only strains your eyes--it hurts your back. That's why Moacir Schnapp and his wife, Dr. Elma Schnapp, developed the iPosture, which is meant to remind you to sit up straight.
The device is rather small and can be worn on the skin with an adhesive patch, or clipped to a bra strap or shirt. It works by means of nanosensor technology. the microchip within the iPosture can actually monitor the angle of your upper chest and will vibrate when it detects a three degree change from your "ideal stance."
The iPosture will cost about $99.95, but it could be well worth it. The researchers say you may only need to wear the device four hours a day for two to four weeks, initially at least, to train your body into its new upright position.
A group of scientists at Reading University in the UK have developed a robot that is controlled by rat neurons. In case you're wondering why anyone would take rat brain cells and stuff them in a robot, the answer is simple: to learn more about the human brain, how it works and potentially make progress in the battle against degenerative diseases such as Alzheimer's.
The purported "invisibility cloak" has been in the news before. However, University of California at Berkley researchers are on the cusp of something big. They've developed a material "that can bend light around 3D objects" in effect, causing them to disappear.
Now, of course this material currently only exists on a nano scale. But these recent developments could potentially one day be scaled up to create great expanses of the material that could conceal objects and even people.
If you're looking for the next generation of PC cooling technology or consumer electronic recharging, you may only have to look so far as a group of researchers at the U.S. Department of Energy's Idaho National Laboratory who have developed a flexible solar cell. This cell could be applied to all sorts of electronics to make recharging a snap and cooling devices a breeze.
It looks like the dream of flexible and stretchy electronics will come true sometime in the semi-near future. A group of scientists at the University of Tokyo have recently developed a material that both conducts electricity and is made of a rubbery material that can be stretched to more than twice its size.
That’s right, by 2011 your laptop could have a 1TB HDD and your desktop could have a 4TB HDD. That’s all thanks to some nanotech thing that Hitachi has done that reduces Nanometer Recording by two times.
You could actually see the technology as early as 2009, but probably not quite in those capacities. Basically what they did was shrunk the head (I KNEW IT WAS ALL VOODOO!) to a point where it’s about 2,000 times smaller than a human hair.