Common Paradox Tech Blog

Rest assured that 2010 is going to be a big year for the Android operating system, with many new handsets finding their way to stores around the world (including Google’s own phone) and an increasing number of developers building tools, games and the likes for the fast-growing platform.

One way of noticing that the OS is poised for a big breakthrough at the expense of Windows Mobile, Symbian and other operating systems designed to run on various mobile devices, is the number of applications already available for download in the platform’s own application store, Android Market.

Lo and behold, that number hit the 20,000 milestone just moments ago, a little over 5 months since it reached 10,000 apps.

KentuckyFC writes “According to quantum mechanics, a vacuum will be filled with electromagnetic waves leaping in and out of existence. It turns out that these waves can have various measurable effects, such as the Casimir-Polder force, which was first measured accurately in 1997. Just how to exploit this force is still not clear. Now, however, a researcher at an Israeli government lab suggests how it could be possible to generate propulsion using the quantum vacuum. The basic idea is that pushing on the electromagnetic fields in the vacuum should generate an equal and opposite force. The suggestion is that this can be done using nanoparticles that interact with the vacuum’s electric and magnetic fields, generating the well-known Lorentz force. In most cases, the sum of Lorentz forces adds up to zero. But today’s breakthrough is the discovery of various ways to break this symmetry and so use the quantum vacuum to generate a force. The simplest of these is simply to rotate the particles. So the blueprint for a quantum propulsion machine described in the paper is an array of addressable nanoparticles that can be rotated in the required way. Although such a machine will need a source of energy, it generates propulsion without any change in mass. As the research puts it with magesterial understatement, this might have practical implications.”

Read more of this story at Slashdot.

Hugh Pickens writes “The Telegraph reports that scientists have created the first artificial meat by extracting cells from the muscle of a live pig and putting them in a broth of other animal products where the cells then multiplied to create muscle tissue. Described as soggy pork, researchers believe that it can be turned into something like steak if they can find a way to ‘exercise’ the muscle and while no one has yet tasted the artificial meat, researchers believe the breakthrough could lead to sausages and other processed products being made from laboratory meat in as little as five years’ time. ‘”What we have at the moment is rather like wasted muscle tissue. We need to find ways of improving it by training it and stretching it, but we will get there,” says Mark Post, professor of physiology at Eindhoven University. “You could take the meat from one animal and create the volume of meat previously provided by a million animals.” Animal rights group Peta has welcomed the laboratory-grown meat, announcing that “as far as we’re concerned, if meat is no longer a piece of a dead animal there’s no ethical objection while the Vegetarian Society remained skeptical. “The big question is how could you guarantee you were eating artificial flesh rather than flesh from an animal that had been slaughtered. It would be very difficult to label and identify in a way that people would trust.”"

Read more of this story at Slashdot.

xchg writes in with a somewhat speculative, though plausible, piece from WiseAndroid claiming that Google is gearing up for an all-out assault on the mobile-phone market that will include a new, Google-branded handset and the first comprehensive Google phone service with unlimited free calls. “The real breakthrough, however, will come with the marriage of the Googlephone to Google Voice, the Californian company’s high-tech phone service. Google Voice gives US users a free phone number and allows unlimited free calls to any phone in the country — landline or mobile. International calls start from… just over a penny a minute. Google Voice also uses sophisticated voice recognition to turn voicemails into emails, can block telemarketing calls automatically and offers free text messaging. Google sounded its intentions two weeks ago when it purchased a small company called Gizmo5… [E]xperts are predicting that the Googlephone will be launched in the US early next year.”

Read more of this story at Slashdot.

It seems like we’re constantly hearing about promising battery technologies that could ultimately lead to longer battery life, more power, and smaller units, but as of yet, that big breakthrough hasn’t occurred. Maybe nanotechnology, which is the current hot topic in the battery innovations field, will prove to be different.

Right at this moment, a ton of research is being put into carbon nanotubes (CNTs) for a bunch of uses, including electronics and batteries. Researchers are drawn to CNTs because, according to them, carbon nanotubes are near perfect. That has paved the way for a professor and a UC San Diego graduate student to discover a breakthrough that involves introducing purposeful defects into CNT structures. By doing so, the ‘defective’ CNTs actually work better for the development of super capacitors, DailyTech reports.

"While batteries have large storage capacity, they take a long time to charge; while electrostatic capacitors can charge quickly but typically have limited capacity. However, super capacitors electrochemical capacitors incorporate the advantages of both," Professor Prabhakar Bandaru said.

The duo also discovered that other methods, such as bombarding CNTs with argon or hydrogen, could also increase or decrease the charge capacity. In the end, the two researchers believe that their discovery could ultimately lead to electronics that charge faster and last longer than what’s available today.

Image Credit: jacobsschool.ucsd.edu

It seems like we’re constantly hearing about promising battery technologies that could ultimately lead to longer battery life, more power, and smaller units, but as of yet, that big breakthrough hasn’t occurred. Maybe nanotechnology, which is the current hot topic in the battery innovations field, will prove to be different.

Right at this moment, a ton of research is being put into carbon nanotubes (CNTs) for a bunch of uses, including electronics and batteries. Researchers are drawn to CNTs because, according to them, carbon nanotubes are near perfect. That has paved the way for a professor and a UC San Diego graduate student to discover a breakthrough that involves introducing purposeful defects into CNT structures. By doing so, the ‘defective’ CNTs actually work better for the development of super capacitors, DailyTech reports.

"While batteries have large storage capacity, they take a long time to charge; while electrostatic capacitors can charge quickly but typically have limited capacity. However, super capacitors electrochemical capacitors incorporate the advantages of both," Professor Prabhakar Bandaru said.

The duo also discovered that other methods, such as bombarding CNTs with argon or hydrogen, could also increase or decrease the charge capacity. In the end, the two researchers believe that their discovery could ultimately lead to electronics that charge faster and last longer than what’s available today.

Image Credit: jacobsschool.ucsd.edu

This past weekend, thieves made away with $3 million worth of iPhones from a warehouse in Willebroek, Belgium. The warehouse is owned and managed by a logistics company CEVA Logistics. Initial reports suggest that the thieves had done their homework quite well. Apparently, the heist wasn’t really a tall order for the thieves as they had a fire ladder with them, which they used to climb the roof.

They entered the building by drilling a hole in the roof. Initial reports differ on the number of iPhones pilfered, with the number hovering between 3,000 and 4,000. The thieves have compounded wireless carrier Mobistar’s woes: the carrier is finding it hard to keep pace with the huge demand for the iPhone. 

Mobistar says it has already blacklisted the serial numbers of the stolen phones, effectively staving off their use on its network. However, it may prove to be a futile attempt as the iPhones sold in Belgium don’t feature a SIM-lock and so can be used on another network. There is still no breakthrough in the case.

Image Credit: CommittedSardine

futurity.org writes with news that Iowa State researchers have made a breakthrough that could eventually lead to a cure for Parkinson’s. Identifying the protein that kills the dopamine-producing cells in the brain has allowed the researchers to disable it and could be the first step in the development of new treatments. “Now, Kanthasamy’s group is looking for additional compounds that also can serve to neutralize protein kinase-C. By identifying more compounds that perform the function of neutralizing kinase-C, researchers are more likely to locate one that works well and has few side effects. This discovery is expected to provide new treatment options to stop the progression of the disease or even cure it. ‘Once we find the compound, we need to make sure it’s safe. If everything goes well, it could take about 10 years, and then we might be able to see something that will truly make a difference in the lives of people with this disorder,’ says Kanthasamy.”

Read more of this story at Slashdot.

Samsung has announced a new breakthrough that could lead to  mobile devices with greater storage space than before. The company says it has developed a new multi-chip memory package that is 40% thinner and lighter than a normal memory package. The 0.6mm-thick package is said to contain eight 30-nanometer NAND Flash chips.

The new package owes its lean figure to a “bare” die that is just half as thick as a conventional die. The ultra-thin package contains a “bare” die that is only 15 micrometers thick. This is quite an achievement on Samsung’s part as it has managed to overcome “the conventional technology limits of a chip’s resistance to external pressure when under 30um in height.” Chips based on this new technology seem tailor-made for SSDs and mobile devices.

Image Credit: Samsung

adeelarshad82 writes “Xerox announced a new silver ink that it’s calling a breakthrough in printable electronics, a leading-edge concept that’s generated a lot of discussion but few actual products to date. Why? Precisely because of the issues that Xerox claims to have addressed. In concept, printable electronics is just what it sounds like: using a printer, basically an inkjet, to print electronic circuits. If this can be done reliably, electronic devices can be printed for far less than current methods cost. One can also print the devices on a variety of new materials. The possibilities range from printing on flexible plastic, to paper and cardboard, to fabric.”

Read more of this story at Slashdot.