If you follow the news related to the gamer world, should remember the Rift glasses. The unit is facing an augmented reality concept – with the goal to get you to come closer to the stories of the games and have a completely different experience to have fun. The initial project is already very promising and made a lot of people interested with the prospect of a pair of augmented reality glasses that really worked. It turns out that the Oculus, the company behind Rift, is still searching for progress and improving their own product.

Because of this, at CES 2014, the company unveiled the prototype of Crystal Cove, which is a kind of evolution and successor of Rift. One major difference is the fact that the screen rely on OLED technology, so that latency is lower, reducing the image blur, a characteristic that was a deal breaker to some people.
Researchers at Georgia Tech University (United States) have created another
A research team made up of chemists and engineers at the University of Texas has developed a new polymer which is able to increase the capacity of hard drives as we know them. The substance, known as block copolymer, can block the magnetic fields generated by points that store the data presented in a storage unit. As a result, it is possible to decrease the space between each of these points, which results in increasing the overall density of information carried by a device without them being corrupted. So far, the process was able to double the available storage space on a hard drive, but this should change soon.
Can you remember Harry's invisibility cloak that his dad gave him in Harry Potter book series? That cloak had the ability hide (yes, make someone or something invisible) anything. Have you ever wanted to invent an invisibility cloak like this? According to a report published by BBC, a couple of scientists at Duke University, U.S., has managed to make an object completely invisible during an experiment with a microwave - for the first time ever in the history. According to the publication, the researchers used a kind of Stealth-shaped diamond cover (or layer) that was able to reflect light (in the form of microwaves) coming from a cylinder of 1 cm high and 7.5 cm wide.
According to a report published by the website DigInfo, a group of researchers from the University of Tokyo, Japan, discovered a way to use sugar to develop rechargeable batteries in a more efficient and cheaper way, which would make it possible in future to replace Device such as Lithium Ion used nowadays. According to the research, lithium - widely used in batteries for digital cameras, cell phones and other electronics - is not abundantly found throughout the world, forcing many countries to import this substance. Thus, motivated in finding a viable alternative to develop new rechargeable devices, researchers used sucrose as an active principle to act as anode (means negative pole of an electronic junction) of the batteries.
Memory cards, USB sticks and external hard drives are capable of storing a large amount of data in a relatively small space, right? But are we contented yet? While Nano technology is making it’s way to everywhere, we are yet looking for more convenient solution. But nothing compares with the new discovery by scientists at Harvard University, studying a way to use DNA (yes, the DNA which stores the genetic code of any living thing) to store files. The team was able to convert a book of 53,000 words, 11 images and an application in JavaScript in a chain of molecules of that substance. The data were stored as pairs of nucleotides (which you might be familiar with if you have studied biology), which receive the information in the form of binary code and are assembled in a DNA chain. To read it all back, just use a DNA sequencing technology - something available only in laboratories, for now. More to read.![Project-Glass–Good-Or-Bad--5-Reasons-To-Fear-The-Google-Glass-[Opinion]-(1) Project-Glass–Good-Or-Bad--5-Reasons-To-Fear-The-Google-Glass-[Opinion]-(1)](http://lh6.ggpht.com/-mXH5OvB1pNg/UCjAvYt8XxI/AAAAAAAAH80/a97nt8RJSPY/Image.jpg?imgmax=800)